Featured Solar Panels
Ground Mounted
Roof Mounted
Solar Panels need to be positioned just right to maximize power harvesting. The current and power output of photovoltaic solar panels are approximately proportional to the sun’s intensity. At a given intensity, a solar panel's output current and operating voltage are determined by the characteristics of the load. If that load is a battery, the battery's internal resistance will dictate the module's operating voltage. A solar panel, which is rated at 17 volts will put out less than its rated power when used in a battery system. That’s because the working voltage will be between 12 and 15 volts. Because wattage (or power) is the product of volts multiplied by the amps, the module output will be reduced. For example, a 50-watt solar panel working at 13.0 volts will products 39.0 watts (13.0 volts x 3.0 amps = 39.0 watts). This is important to remember when sizing a PV system. An I-V curve is simply all of a solar panel's possible operating points (voltage/current combinations) at a given cell temperature and light intensity. Increases in cell temperature increase a solar panel’s current slightly, but significantly decrease voltage output. PV solar panels are very sensitive to shading. Unlike solar thermal panels used in hot water heating that can tolerate some shading, many brands of PV solar panels cannot even tolerate shading from the branch of a leafless tree.
Shading obstructions can be from “soft” or “hard” sources. If a tree branch, roof vent, chimney or other item is shading from a distance, the shadow is diffuse or dispersed. These soft sources significantly reduce the amount of light reaching a solar panel’s cells. Hard sources are defined as those that stop light from reaching solar cells, such as a blanket, tree branch, bird dropping sitting directly on top of the glass. If even one full cell is hard shaded, the voltage of that module will drop to half of its un-shaded value in order to protect itself. If enough cells are hard shaded, the module will not convert any energy and will, in fact, become a tiny drain of energy on the entire system.
Partial shading of even one cell on a 36-cell solar panel, will reduce its power output. Because all cells are connected in a series string, the weakest cell will bring the others down to its reduced power level. Therefore, whether 1/2 of one cell is shaded, or 1/2 a row of cells is shaded, the power decrease will be the same and proportional to the percentage of area shaded, in this case 50%.
When a full cell is shaded, it can consume energy produced by the remainder of the cells, and trigger the solar panel to protect itself. The solar panel will route the power around that series string. If even one full cell in a series string is shaded, as seen on the right, it will likely cause the module to reduce its power level to 1/2 of its full available value. If a row of cells at the bottom of a solar panel is fully shaded, as seen in Figure 7, the power output may drop to zero. The best way to avoid a drop in output power is to avoid shading whenever possible.
Tilt Angle
To capture the maximum amount of solar radiation over the course of a year, a solar array should be tilted at an angle approximately equal to a site's latitude, and facing 15 degrees of due south. To optimize winter performance, the solar array can be tilted 15 degrees more than the latitude angle, and to optimize summer performance, 15 degrees less than the latitude angle. At any given instant, an array will output maximum available power when pointed directly at the sun. To compare the energy output of your array to its optimum value, you will need to know the site's latitude, and actual tilt angle of your array--which may be the slope of your roof if your array is flush-mounted. If your solar array tilt is within 15% of the latitude angle, you can expect a reduction of 5% or less in your system's annual energy production. If your solar array tilt is greater than 15 degrees off the latitude angle, the reduction in your system's annual energy production may fall by as much as 15% from its peak available value. During the winter months at higher latitude, the reduction will be greater. Maximum power is derived at the knee of the curve. Check the amperage generated by the solar array at your battery's present operating voltage to better calculate the actual power developed at your voltages and temperatures.
Azimuth Angle and Magnetic Declination
If a south-facing roof is unavailable, an east or west-facing surface is the next best option. ( Micro inverter Solar Power Grid-tied systems allow for your solar panels to be facing more than one direction, while centralized grid-tied inverter systems allow for only one orientation.) Be aware that solar power output decreases proportionally with a horizontal angle or "azimuth," greater than 15 degrees from due south. The decrease in annual power output from a latitude-tilted east or west-facing array may be as much as 15% or more in the lower latitudes or as much as 25% or more in the higher latitudes of the United States. Avoid directing your tilted solar panels northwest, north or northeast, as you'll get little power output. Magnetic declination, the angle difference between magnetic south and true solar south, must also be taken into account when determining proper solar array orientation. If a magnetic compass alone is used to determine where to point the array, you may not capture the maximum declination field lines in North America, see the map on the right.
Tech Tip: Finding Solar South during Daylight Savings Time
When the U.S. is using Daylight Savings Time, solar noon is actually at 1 pm by the clock. If at 1 pm, a stake is driven into the ground, a shadow is created that points north and south. The stake will be at the exact solar south end of the shadow. While you could use a sextant to measure the sun's height above the horizon like the sailors used to, the stake and clock method will get you close enough as to not make much of a difference. A Green Beret neighbor of mine told me his trick. "At solar noon, put a block of wood on the glass of the solar panel. Rotate and tilt the rack until there is no shadow on the glass, there is your perfect adjustment."
Find Your Solar Panels
Which Panels Should You Choose?
We offer many panel brands and prices, at different wattages, amps, volts, power tolerances, weights, and frame sizes. But before you scroll down for our complete list of panels, watch this video or check out the info below so you can narrow down the best option for your project. Or, if you know what you're looking for click to shop our full list of panels.
Solar Panels 101
Solar Panel Cell Types
Monocrystalline
Description:
As the name implies, monocrystalline solar panels are made from a single crystal structure. They are the oldest of the technologies and the solar cells have a uniform flat color. Monocrystalline solar panels are a little more efficient and more expensive. You can install fewer high-efficiency mono panels, but the cost per watt is more expensive.
Best Use:
Residential and Commercial Solar Projects, especially if there is limited installation space.
Polycrystalline
Description:
Making polycrystalline panels is cheaper and it's a newer technology. The silicon cools unevenly and creates many different crystals giving it a less uniform appearance. Polycrystalline solar panels tend to be the most affordable, but they also put out a little less power. Even so, poly panels are gaining in efficiency and will usually have the lowest price per watt.
Best Use:
Residential, Commercial, Utility-Scale Solar Projects
Solar Panel Cell Sizes
60 Cell
Description:
60-cell solar panels tend to be the most common for residential and commercial systems. Most 60-cell panels measure around 66x40”, with power output ranging from 270-320+ watts.
Best Use:
Most Residential and Commercial Solar Projects
72 Cell
Description:
72-cell panels are commonly used for larger systems, especially utility-scale but also residential and commercial projects. Most 72-cell panels measure 77x40” with power output in the range of 325-400 watts. 72-cell panels are ideal for larger systems because the bigger size reduces the total number of connections and components, making for an easier installation with less maintenance.
Best Use:
Large Scale Residential and Commercial Projects, Utility-Scale Projects
Small Panels
Description:
Smaller panels are available for RVs, boats, and remote off-grid power systems. 12-volt panels are available in sizes from 5-160 watts. There are also small 24-volt panels available in a few sizes up to 190 watts. These solar panels have a nominal output of either 12 volts or 24 volts, which means they are designed for off-grid use and can’t be used in grid-tied PV systems. A few manufacturers offer flexible solar panels for RV, Marine and camping which are exceptionally lightweight and easy to install.
Best Use:
RVs, Boats, Remote Off-Grid
Do you have questions about our Top Rated Solar Panel Systems.Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar Systems for your Residence or Work Place .
To compare the energy output of your array to its optimum value, you will need to know the site's latitude, and actual tilt angle of your array--which may be the slope of your roof if your array is flush-mounted. If your solar array tilt is within 15% of the latitude angle, you can expect a reduction of 5% or less in your system's annual energy production. If your solar array tilt is greater than 15 degrees off the latitude angle, the reduction in your system's annual energy production may fall by as much as 15% from its peak available value. During the winter months at higher latitude, the reduction will be greater. Maximum power is derived at the knee of the curve. Check the amperage generated by the solar array at your battery's present operating voltage to better calculate the actual power developed at your voltages and temperatures.
Magnetic declination, the angle difference between magnetic south and true solar south, must also be taken into account when determining proper solar array orientation. If a magnetic compass alone is used to determine where to point the array, you may not capture the maximum declination field lines in North America, see the map on top.
Map of the Photovoltaic Solar Resource (or Peak Sun-Hours) of the Costa Rica, El Salvador, Guatemala, Panama, Nicaragua, Honduras from NREL. For a more precise estimate for your area, call us or use our Solar Cost Calculator (which uses your location's specific insolation values to recommend appropriate system sizes). Or if you just want to browse the raw data (for scientific research or educational purposes), use a tool like NREL’s Solar Prospector.
Mission Solar
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar System with Award Winning Mission Solar Panels.
Mission Solar 300 Mono PERC Solar Panel
Description
Superior Aesthetics
All-black design coupled with outstanding power output, ideal for residential and commercial applications.
Outstanding performance with PERC
Passivated Emitter Rear Contact (PERC) technology provides excellent power output through advanced cell structure.
Best in class quality
Mission Solar Energy production lines are fully automated and include multiple quality checks throughout the production process.
Proven reliability and bankability
Mission Solar Energy panels have been tested by independent testing centers to meet and exceed IEC standards. Their panels are deployed in projects across North America.
Proudly assembled in the USA
Mission Solar Energy is headquartered in San Antonio, TX with module facilities onsite. Their hardworking team calls Texas home and is devoted to producing high quality solar products and services. Their supply chain includes local and domestic vendors increasing the impact to the U.S. economy.
Features & Attributes
Dimensions (LxWxH): 65.51 × 39.33 × 1.57 inches
Weight: 40.1 lbs
Black frame, black backsheet
Advanced Technology: PERC and 5 busbars drive >18% module efficiency
Certified Reliability: 3X IEC, salt, mist, ammonia
5600 Pa snow load
175 mph wind rating
Buy American Act Compliant
MPN: MSE300SQ8T
| Model Mission Solar 300
Mono PERC Solar Panel |
| Part No. 1945500 |
| Watts 300W |
| Amps 9.058A |
| Volts 33.12VDC |
| Size & Weight 65.51 × 39.33 × 1.57 in 40.1 lbs |
| Price $209.00 |
| Qty 1 |
Mission Solar 310 Mono PERC Solar Panel
Description
Outstanding performance with PERC
Passivated Emitter Rear Contact (PERC) technology provides excellent power output through advanced cell structure.
Best in class quality
Mission Solar Energy production lines are fully automated and include multiple quality checks throughout the production process.
Proven reliability and bankability
Mission Solar Energy panels have been tested by independent testing centers to meet and exceed IEC standards. Their panels are deployed in projects across North America.
Proudly assembled in the USA
Mission Solar Energy is headquartered in San Antonio, TX with module facilities onsite. Their hardworking team calls Texas home and is devoted to producing high quality solar products and services. Their supply chain includes local and domestic vendors increasing the impact to the U.S. economy.
Features & Attributes
Dimensions (LxWxH): 65.51 × 39.33 × 1.57 inches
Weight: 40.1 lbs
Black frame, white backsheet
Advanced Technology: PERC and 4 busbars drive >18% module efficiency
Certified Reliability: 3X IEC, salt, mist, ammonia
5600 Pa snow load
175 mph wind rating
Buy American Act Compliant
MPN: MSE310SQ8K
| Model Mission Solar 310 Mono PERC Solar Panel |
| Part No. 1945513 |
| Watts 310W |
| Amps 9.362A |
| Volts 33.11VDC |
| Size & Weight65.51 × 39.33 × 1.57 in, 40.1 lbs |
| Price $219.00 |
| Qty 1 |
Mission Solar 360 Silver Mono PERC Solar Panel
Description
Outstanding performance with PERC
Passivated Emitter Rear Contact (PERC) technology provides excellent power output through advanced cell structure.
Best in class quality
Mission Solar Energy production lines are fully automated and include multiple quality checks throughout the production process.
Proven reliability and bankability
Mission Solar Energy panels have been tested by independent testing centers to meet and exceed IEC standards. Their panels are deployed in projects across North America.
Proudly assembled in the USA
Mission Solar Energy is headquartered in San Antonio, TX with module facilities onsite. Their hardworking team calls Texas home and is devoted to producing high quality solar products and services. Their supply chain includes local and domestic vendors increasing the impact to the U.S. economy.
Features & Attributes
Dimensions (LxWxH): 78.23 × 39.33 × 1.57 inches
Weight: 47.6 lbs
Advanced Technology: PERC and 4 busbars drive >18% module efficiency
Certified Reliability: 3X IEC, salt, mist, ammonia
5600 Pa snow load
175 mph wind rating
Buy American Act Compliant
MPN: MSE360SQ6S
| Model Mission Solar 360 Mono PERC Solar Panel |
| Part No. 1945560 |
| Watts 360W |
| Amps 9.28A |
| Volts 39.28VDC |
| Size & Weight 78.23 × 39.33 × 1.57 in, 47.6 lbs |
| Price $255.00 |
| Qty 1 |
SolarWorld
Sunmodule Plus Solar Panels
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar System with Award Winning Mission Solar Panels.
60-Cell Solar Panel
SolarWorld Sunmodule Plus monocrystalline solar panels are available in two formats: a white backsheet model for higher power and an all-black format for a sleeker aesthetic alternative. These modules meet our stringent SolarWorld quality standards, exceeding all industry standards and certifications. They also carry our 25-year warranty to guarantee maximum performance through the lifetime of your system.
Key product features:
- High-performance PERC cell structure
- Extended cable lengths for easier installation
- Elegant modern design
- 25-year linear performance guarantee
- 20-year product workmanship warranty
Sunmodule XL Solar Panels
72-Cell Solar Panel
The Sunmodule XL solar panels offer maximum reliability and energy density for project planners and investors. These modules meet our stringent SolarWorld quality standards, exceeding all industry standards and certifications. They also carry our 25-year warranty to guarantee maximum performance through the lifetime of your system. When installed, the Sunmodule XL solar panels provide 30% greater rated power when compared to 60-cell modules thanks to its 72-cell format, reducing system costs. With a 25A maximum reverse current, longer string lengths are possible which further reduce installation costs.
Key product features:
- High-performance PERC cell structure
- Reduced balance of system cost
- Extended cable lengths
- 25-year linear performance guarantee
- 20-year product workmanship warranty
A Higher Standard of Quality
All solar panels are not created equal. SolarWorld controls every aspect of the manufacturing process to deliver high-quality solar panels that provide long-term energy production for each and every customer. Maximize your return on investment with worry-free performance.
- We test and retest our solar panels for performance in the real world, not artificial laboratory conditions.
- Our panels will perform consistently for decades; others put cutting upfront costs ahead of ensuring long-term performance, potentially costing you thousands over the life of the system.
- With a proven track record that spans more than four decades, we’ll be here to honor warranties and service commitments for years to come.
Our plus-sorting and solar panel design ensure you get all the energy you pay for. Only solar panels achieving or exceeding the designated nominal power in performance tests are available to customers. The power tolerance ranges between -0 Wp and +5 W. That equals more savings and greater results from your solar system.
Proven quality
SolarWorld technologies are different because we are different. Our commitment to quality powers our success and is why our solar panels consistently produce clean energy for at least 25 years—even in the harshest weather conditions. Here are just a few of the numerous tests that our solar panel testing lab conducts:
- Salt mist spray for coastal areas
- Snow and wind load testing
- Hail impact tests
- Corrosion tests
Your solar investment is only as good as a solar system’s ability to produce energy. Achieving maximum energy output is our priority. Every SolarWorld solar panel undergoes stringent quality checks throughout the manufacturing process.
About SolarWorld
The leader in American solar manufacturing: As the largest U.S. solar photovoltaic manufacturer for more than 40 years, SolarWorld is uniquely recognized as America’s solar leader. Solarworld has been producing modules here in the U.S. since 1975 and maintains a continuous commitment to quality and manufacturing excellence. Not only does Solarworld employ hundreds of Americans at their facility in Oregon, they also help stimulate the U.S. economy by sourcing domestically whenever possible. Since 2008, SolarWorld purchased more than $1.5 billion in equipment, parts, services and supplies from 50 states, plus the District of Columbia and Puerto Rico. This creates even more American jobs and supports American businesses.
A Higher Standard of Quality: Solar panels produced at SolarWorld manufacturing plants have operated in the field for the past 40-plus years, making them the longest continuously running commercial solar manufacturer. SolarWorld has a proven track record of outlasting and outperforming their warranties. This is accomplished by carefully controlling and precisely executing every step in the manufacturing process.
Here are a few ways SolarWorld emphasizes their commitment to quality:
- Extreme solar panel testing
- Rigorous top quality material selection
- Inspection and trace-ability
- Superior junction box
- Fully automated manufacturing
- Third-party validation
- Constantly innovating
Committed to Sustainability
SolarWorld’s commitment to sustainability and community involvement is demonstrated by their many programs aimed at reducing waste, conserving water, recycling, and responsibly sourcing materials. Through their Solar2World initiative, the company donates solar panels to power community services around the world such as hospitals and water pumping.
SolarWorld SWA 295 Plus Black Frame Mono Solar Panel
Description
American-made SolarWorld modules are built on a foundation of more than 40 years of ongoing innovation, continuous optimization and technology expertise. All production steps from silicon to module are established at their production sites ensuring the highest possibly quality. SolarWorld modules are suitable for all global applications — from residential solar systems to large-scale power plants.
The SW 295-watt Sunmodule Plus is designed for long-term use, durability and ease of use. It will sustain loads of up to 113 pounds per square foot, which means it will withstand even the harshest weather conditions. Its black anodized aluminum frame is compatible with "Top-Down" and "Bottom" mounting methods.
SolarWorld products are manufactured in state-of-the-art factories according to US and international labor and environmental standards. Their flash testing process ensures that any SolarWorld solar panel delivered to your door has greater than or equal power to the nameplate rated power.
SolarWorld's solar panel warranty is different than many of its competitors. Their linear warranty guarantees that the power generated will not decrease more than 0.7% per year from its nameplate over a 25-year period. The SW295 Sunmodule Plus also comes with a 20-year workmanship warranty.
High-performance PERC cell structure
Features & Attributes
- Dimensions (LxWxH): 65.95 × 39.4 × 1.3 inches
- Weight: 39.7 lbs
- Light weight, durable frame design
- Resistant to salt spray, frost, ammonia, dust and sand
- Proven guarantee against hotspots and PID-free to IEC 62804-1
- SolarWorld Efcell™ PERC cell technology for the highest possible energy yields
- Patented corner design with integrated drainage for optimized self-cleaning
- High-transmissive glass with anti-reflective coating
- 25-year linear performance warranty; 20-year product warranty
- MPN: SW295-BOB
- $229.00
SolarWorld SWA 285-290 Plus Black Mono Solar Panel
60 -Cell Solar Panel
The Sunmodule XL solar panels offer maximum reliability and energy density for project planners and investors. These modules meet our stringent SolarWorld quality standards, exceeding all industry standards and certifications. They also carry our 25-year warranty to guarantee maximum performance through the lifetime of your system.
When installed, the Sunmodule XL solar panels provide 30% greater rated power when compared to 60-cell modules thanks to its 72-cell format, reducing system costs. With a 25A maximum reverse current, longer string lengths are possible which further reduce installation costs.
Key product features:
- High-performance PERC cell structure
- Reduced balance of system cost
- Extended cable lengths
- 25-year linear performance guarantee
- 20-year product workmanship warranty
-
$229.00
SolarWorld Sunmodule SW 350 XL Mono Solar Panel
350 watt SolarWorld Sunmodule SW350 XL Monocrystalline Module, Anodized Aluminum Silver frame, UL1703 certified, California CEC listed. The SW-350-XL-Mono is a higher output, premium 72 cell solar panel that operates at 17.54% efficiency to generate up to 318 watts in everyday conditions. 20-year product defect warranty and 30-year power output warranty. Want a lower electric bill? Use this high-performance solar panel to save money and become energy independent.
Features
- High output 72 cell XL monocrystalline module
- Anti-reflective glass
- Designed to withstand heavy accumulations of snow and ice
- Qualifies for 30% renewable energy tax credit discount
- UL1703 Certified, California CEC approved
- 20-year product defect warranty
- 30-year power output warranty
- TUV Rheinland test power control guarantees that the performance indicated for a Sunmodule Pro solar panel is being met and that it is regularly monitored by independent testing
-
$237.00
SolarWorld SWA 285 Plus Black Mono Solar Panel
Description
The Sunmodule XL solar panels offer maximum reliability and energy density for project planners and investors. These modules meet our stringent SolarWorld quality standards, exceeding all industry standards and certifications. They also carry our 25-year warranty to guarantee maximum performance through the lifetime of your system.
When installed, the Sunmodule XL solar panels provide 30% greater rated power when compared to 60-cell modules thanks to its 72-cell format, reducing system costs. With a 25A maximum reverse current, longer string lengths are possible which further reduce installation costs.
Features & Attributes
Key product features:
- High-performance PERC cell structure
- Reduced balance of system cost
- Extended cable lengths
- 25-year linear performance guarantee
- 20-year product workmanship warranty
| Model SolarWorld SWA 285 Plus Black Mono Solar Panel Panel |
| Part No. 1922388 |
| Watts 285W |
| Amps 9A |
| Volts 32VDC |
| Size & Weight 65.95 × 39.4 × 1.3 in
39.7 lbs |
| Price $189.00 |
| Qty 1 |
SolarLand Solar Panels
Where and Who we are
Founded in 2003, Solarland USA became the first overseas office for the Solarland Group. Office operations and distribution began in Chicago IL, and in 2008 transitioned to Southern California.
We manufacture high quality, state of the art off-grid solar panels ranging from 1.5W - 280W (6V, 12V and 24V respectively). Our modules are manufactured with the highest quality standards and high-efficiency cells. The newest addition to our line are panels from PERC technology that can generate over 18% cell efficiency.
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar System with SolarLand Solar Panels.
Mono Solar Solarland Panels
Solarland SLP190S-24 Silver Mono Solar Panel
Features & Attributes
Dimensions (LxWxH): 62.2 × 31.81 × 1.38 inches
Weight: 41.9 lbs
2-year warranty of materials and workmanship; 10-year warranty of 90% power output
Nominal 24V DC output
Heavy-duty anodized frames
High transparent low-iron, tempered glass
MPN: SLP190S-24
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP190S-24 Silver Mono Solar Panel | 9433270 | 190W | 5.16A | 24VDC | 62.2 × 31.81 × 1.38 in 41.9 lbs |
$275.00
|
Description
Solarland SLP190S-24 Mono Solar Panel
Built to last
Solarland SLP75-12
Solarland SLP160S-12 Silver Mono Solar Panel
Features & Attributes
Dimensions (LxWxH): 59.06 × 26.57 × 1.38 inches
Weight: 26.46 lbs
Nominal 12V DC for standard output.
Outstanding low-light performance
Power output tolerance with positive tolerance only (-5 /+10 %)
Suitable for high snow and wind loads
Anodized frames
MC4 Connectors
36 Polycrystalline Cells
MPN: SLP160S-12
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP160S-12 Silver Mono Solar Panel | 9433160 | 160W | 8.8A | 12VDC | 59.06 × 26.57 × 1.38 in 26.46 lbs |
$324.80
|
Description
Solarland SLP190S-24 Mono Solar Panel
Solarland’s SLP190S-24 monocrystalline 190w solar panel, with a 24-volt DC output, is perfect for off-grid solar systems. These panels are commonly used for pumping water, charging batteries, and other remote power requirements. Efficient monocrystalline cells perform well in a wide range of conditions and tend to outperform polycrystalline solar cells especially in low light and higher heat.
Built to last Constructed with heavy anodized aluminum frames and high transparent tempered glass, these Solarland SLP190S-24 modules can withstand high wind and heavy snow loading and are backed by a 10 year warranty.
Poly Solarland Panels
Solarland SLP100-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 26.57 × 41.81 × 1.18 inches
Weight: 19.62 lbs
MC4 Connectors
Outstanding low light performance
Power output tolerance: -5 /+10 %
Suitable for high snow and wind loads
Anodized frames
MC4 Connector
36 Polycrystalline Cells
25-year linear power warranty
MPN: SLP100-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP100-12U Silver Poly Solar Panel | 9433236 | 100W | 5.8A | 12VDC | 26.57 × 41.81 × 1.18 in 19.62 lbs |
$224.75
|
Description
Solarland SLP100-12U Silver Poly Panel
Solarland's SLP100-12 polycrystalline 100-watt solar panel. With a nominal 12-volt DC output, this 36-cell solar panel is appropriate for off-grid applications including RV's, street lighting, water pumping, navigation lights, traffic signs and signals. 25-year warranty means this 100-watt solar panel is built to last.
Constructed with heavy anodized frames and high transparent low iron glass, the SLP100-12 will withstand heavy and high wind pressure. It also comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland-SLP090-12review90w
Solarland SLP150-12 Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 59.06 × 26.57 × 1.38 inches
- Weight: 26.68 lbs
- Nominal 12V DC for standard output
- Outstanding low-light performance
- Heavy-duty anodized frames
- High transparent low-iron, tempered glass
- Rugged design to withstand high wind pressure, hail and snow load
- MPN: SLP150-12
Description
Solarland 150-12 Solar Module
This 150 watt Solarland solar panel is composed of polycrystalline cells and encased in a silver anodized aluminum frame. This panel is great for grid-tie, off-grid and industrial applications. The SLP150-12 is CSA, UL 1703, C1D2 - Class 1, Division 2 Hazardous Environments Certified. This panel comes with a 25-year limited warranty.
SOLAR PANEL
SLP090-12U
SOLAR PANEL
SLP015-12U
Solarland SLP150-12 C1D2 Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 59.06 × 26.57 × 1.97 inches
- Weight: 26.68 lbs
- 12Vdc nominal output
- UL1703 and cUL1703
- C1D2 - Class 1, Division 2
- Cables not included
- MPN: SLP150-12
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP150-12 C1D2 Silver Poly Solar Panel | 9433288 | 150W | 8.11A | 12VDC | 59.06 × 26.57 × 1.97 in 26.68 lbs |
$337.13
|
Description
Solarland Off Grid Solar Panels
- CSA Certified for Class 1 Division 1
- Groups A, B, C, & D, T3 Hazardous Environments
- UL1703 & cUL1703
Solarland SLP140-24 C1D2 Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 59.06 × 26.57 × 1.97 inches
- Weight: 26.46 lbs
- 24Vdc nominal output
- UL1703 and cUL1703
- C1D2 - Class 1, Division 2
- Cables not included
- MPN: SLP140-24
Description
Solarland Off Grid Solar Panels
- CSA Certified for Class 1 Division 1
- Groups A, B, C, & D, T3 Hazardous Environments
- UL1703 & cUL1703
SLP045-12 45W Class 1 Division 2 Solar Panel w/ Rugged Frame
SLP045-12
Solarland SLP140-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 59.06 × 26.57 × 1.38 inches
Weight: 26.68 lbs
Nominal 12 VDC for standard output.
Heavy-duty anodized frames.
High transparent low-iron, tempered glass.
Rugged design to withstand high wind pressure, hail and snow load.
Aesthetic appearance.
MPN: SLP140-12
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP140-12U Silver Poly Solar Panel | 9433249 | 140W | 8.14A | 12VDC | 59.06 × 26.57 × 1.38 in 26.68 lbs |
Description
Solarland 140W 12VDC Solar Panel
The Solarland 140W 12VDC solar panel is made with polycrystalline cells and comes with a silver-colored anodized aluminum frame. This solar panel is made to endure applications out-doors powering navigation lights, water pumping, street lighting and traffic signs. This solar module is built with integrated output cables. Comes with a sealed junction box to resist harsh environments. Also includes two Multi-Contact Connectors (MC4 Connectors), a male and a female. These connectors are safe for connections outdoors and do not require additional measures like electrical tape, enclosures or connection boxes.
SOLAR PANEL
SLP150-12
Solarland SLP120-24U Silver Poly 24v Solar Panel
Features & Attributes
- Dimensions (LxWxH): 48.98 × 26.57 × 1.38 inches
- Weight: 24.25 lbs
- Nominal 24V DC for standard output
- Heavy-duty anodized frames
- High transparent low-iron, tempered glass
- Rugged design to withstand high wind pressure, hail and snow load
- Aesthetic appearance
- MPN: SLP120-24U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP120-24U Silver Poly 24v Solar Panel | 9433360 | 120W | 3.86A | 24VDC | 48.98 × 26.57 × 1.38 in 24.25 lbs |
$269.70
|
Description
SOLAR PANEL
SLP180-12
Solarland SLP120-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 48.98 × 26.57 × 1.38 inches
Weight: 24.25 lbs
Nominal 12V DC for standard output
Heavy-duty anodized frames
High transparent low-iron, tempered glass
Rugged design to withstand high wind pressure, hail and snow load
Aesthetic appearance
MPN: SLP120-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP120-12U Silver Poly Solar Panel | 9433355 | 120W | 6.98A | 12VDC | 48.98 × 26.57 × 1.38 in 24.25 lbs |
$269.70
|
Description
Solarland SLP090-24U Silver Poly Solar Panel
Features & Attributes
- Polycristalline cell type
- 90 Watts
- 24 Volts DC
- MPN: SLP090-24U
| Model | Part No. | Watts | Amps | Volts | Price |
|---|---|---|---|---|---|
| Solarland SLP090-24U Silver Poly Solar Panel | 9443231 | 90W | 2.62A | 24VDC |
$203.37
|
Description
SLP09024U Silver Poly Solar Module
This 90 Watt 24 Volt DC Solarland polycrystalline solar module is designed for the harshest of off-grid applications such as traffic signs, signals, street lighting, water pumping and navigation lights. The SLP090-24U is manufactured with the best quality components to ensure excellent performance and a longer life.
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Solarland SLP090-12U 90-watt module, 12 volt Solar Panel
Features & Attributes
- Dimensions (LxWxH): 47 × 28 × 5 inches
- Outstanding low light performance
- Power output tolerance with positive tolerance only (-5 /+10 %)
- Suitable for high snow and wind loads
- Anodized frames
- Junction Box
- 36 Polycrystalline Cells
- Industry leading 25-year linear power warranty
- MPN: SLP090-12U
| Model | Part No. | Watts | Amps | Volts | Price |
|---|---|---|---|---|---|
| Solarland SLP090-12U 90-watt module, 12 volt Solar Panel | 9433229 | 90W | 5.23A |
$203.37
|
Description
Off-grid solar panel works well in low light conditions.
Solarland's SLP090-12U polycrystalline 90-watt solar panel. With a nominal 12-volt DC output, this 36-cell solar panel is appropriate for off-grid applications including RV's, street lighting, water pumping, navigation lights, traffic signs and signals. It is especially a good choice if low light is an issue at your installation site. 25-year warranty means this 90-watt solar panel is built to last.
Constructed with heavy anodized frames and high transparent low iron glass, the SLP090-12U will withstand heavy and high wind pressure. It also comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP070-12U Silver Poly Solar Panel
Description
With a nominal 12-volt DC output, the SLP070-12U 70-watt solar panel is appropriate for off-grid applications including RV's, boats, getaway cabins, street lightning or water pumping. It is an especially good choice if low light is an issue.
The SLP070-12 70-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP070-12U 70-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Features & Attributes
- Dimensions (LxWxH): 26.57 × 30.47 × 1.18 inches
- Weight: 13.22 lbs
- Nominal 12V DC for standard output.
- Outstanding low-light performance
- Power output tolerance with positive tolerance only (-5 /+10 %)
- Suitable for high snow and wind loads
- Anodized frames
- Junction Box
- 36 Polycrystalline Cells
- Industry leading 25-year linear power warranty
- MPN: SLP070-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP070-12U Silver Poly Solar Panel | 9433307 | 70W | 4.07A | 12VDC | 26.57 × 30.47 × 1.18 in 13.22 lbs |
$177.63
|
Solarland SLP070-12M Silver Poly Solar Panel
Description
SLP070-12M Silver Poly Solar Module
The Solarland SLP070-12M solar panel converts 12volts DC to 70 watts of power. This panel is composed of polycrystalline cells and surrounded by a silver anodized aluminum frame. The M in SLP 070-12M stands for marine and represents the durability this panel is desgined with. This solar panel can withstand off-grid environments such as snow, water and wind. The pro-charge junction box is waterproof, dust-proof, includes a rubber seal, temperature resistant and IP65 approved.
Features & Attributes
- Dimensions (LxWxH): 58.07 × 13.46 × 1.97 inches
- Weight: 15.43 lbs
- Nominal 12V DC for standard output
- Heavy-duty anodized frames
- High transparent low-iron,tempered glass
- Rugged design to withstand high wind pressure, hail and snow load
- Aesthetic appearance
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP070-12M Silver Poly Solar Panel | 9433309 | 70W | 4.07A | 12VDC | 58.07 × 13.46 × 1.97 in 15.43 lbs |
$177.63
|
Solarland SLP060-12 Silver Poly Solar Panel
Description
12-volt DC output appropriate for off-grid applications
The SLP060-12 60-watt solar panel is a high-efficiency module that offers outstanding performance even in low-light scenarios. Great for RVs, boats, cabins, street lights or water pumps.
Built to last
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP060-12 60-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with a 25-year limited power warranty and a 5-year workmanship warranty.
Features & Attributes
- Dimensions (LxWxH): 26.57 × 30.47 × 1.38 inches
- Weight: 14.77 lbs
- Nominal 12V DC for standard output
- Outstanding low-light performance
- Heavy-duty anodized frames
- High transparent low-iron, tempered glass
- Rugged design to withstand high wind pressure, hail and snow load
- Aesthetic appearance
- MPN: SLP060-12
SOLAR PANEL
SLP150-12
Solarland SLP060-12U 60 watt module, 12v Solar Panel
Features & Attributes
Dimensions (LxWxH): 33 × 29 × 5 inches
Nominal 12V DC for standard output
Outstanding low-light performance
Heavy-duty anodized frames
High transparent low-iron, tempered glass
Rugged design to withstand high wind pressure, hail and snow load
Aesthetic appearance
MPN: 060011209
| Model | Part No. | Watts | Amps | Volts | Price |
|---|---|---|---|---|---|
| Solarland SLP060-12U 60 watt module, 12v Solar Panel | 9433207 | 60W | 3.49A | 12VDC |
$139.57
|
Description
12-volt DC output appropriate for off-grid applications
The SLP060-12U 60-watt solar panel is a high-efficiency module that offers outstanding performance even in low-light scenarios. Great for RVs, boats, cabins, street lights or water pumps.
Built to last
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP060-12U 60-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with a 25-year limited power warranty and a 5-year workmanship warranty.
Soybean Planting
Solarland SLP060-12 C1D2 Silver Poly Solar Panel
Features & Attributes
Nominal 12V DC for standard output
Outstanding low-light performance
Heavy-duty anodized frames
High transparent low-iron, tempered glass
Rugged design to withstand high wind pressure, hail and snow load
Aesthetic appearance
Rated for Hazardous Environments
MPN: SLP060-12
| Model | Part No. | Watts | Amps | Volts | Price |
|---|---|---|---|---|---|
| Solarland SLP060-12 C1D2 Silver Poly Solar Panel | 9433606 | 60W | 3.37A | 12VDC |
$165.30
|
Description
12-volt DC output appropriate for off-grid applications
The SLP060-12 60-watt solar panel is a high-efficiency module that offers outstanding performance even in low-light scenarios. Great for RVs, boats, cabins, street lights or water pumps.
Built to last
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP060-12 60-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP045-12U Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 21.02 × 26.57 × 1.18 inches
- Weight: 10.25 lbs
- Nominal 12V DC for standard output.
- Outstanding low-light performance
- Power output tolerance with positive tolerance only (+/-5 %)
- Suitable for high snow and wind loads
- Anodized frames
- Junction Box
- 36 Polycrystalline Cells
- Industry leading 25-year linear power warranty
- MPN: SLP045-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP045-12U Silver Poly Solar Panel | 9433310 | 45W | 2.62A | 12VDC | 21.02 × 26.57 × 1.18 in 10.25 lbs |
$117.45
|
Description
Perfect choice for off-grid applications
With a nominal 12-volt DC output, the SLP045-12 45-watt solar panel from Solarland is great for RVs, boats, getaway cabins, street lightning or water pumping. It is especially a good choice if low light is an issue.
Built to last
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP045-12 solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP045-12 C1D2 Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 25.78 × 21.14 × 1.97 inches
Weight: 11 lbs
12Vdc nominal output
UL1703 and cUL1703
C1D2 - Class 1, Division 2
Cables not included
MPN: SLP045-12
Description
Solarland Off Grid Solar Panels
- CSA Certified for Class 1 Division 1
- Groups A, B, C, & D, T3 Hazardous Environments
- UL1703 & cUL1703
Solarland SLP030-12 Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 26.57 × 14.06 × 1.18 inches
- Weight: 7.28 lbs
- Nominal 12V DC for standard output.
- Outstanding low-light performance
- Power output tolerance with positive tolerance only (-5 /+10 %)
- Suitable for high snow and wind loads
- Anodized frames
- Junction Box
- 36 Polycrystalline Cells
- Industry leading 25-year linear power warranty
- MPN: 030011232A
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP030-12 Silver Poly Solar Panel | 9434232 | 30W | 1.71A | 12VDC | 26.57 × 14.06 × 1.18 in 7.28 lbs |
$95.70
|
Description
With a nominal 12-volt DC output, the SLP030-12 30-watt solar panel is appropriate for off-grid applications including RVs, boats, getaway cabins, street lightning or water pumping.
The SLP030-12 30-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP030-12 30-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Description
With a nominal 12-volt DC output, the SLP030-12 30-watt solar panel is appropriate for off-grid applications including RVs, boats, getaway cabins, street lightning or water pumping.
The SLP030-12 30-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP030-12 30-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP030-24U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 20.08 × 21.3 × 1.18 inches
Weight: 8.27 lbs
Nominal 24V DC for standard output
Outstanding low-light performance
Heavy-duty anodized frames
High transparent low-iron, tempered glass
Rugged design to withstand high wind pressure, hail and snow load
MPN: SLP030-24U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP030-24U Silver Poly Solar Panel | 9433233 | 30W | 0.87A | 24VDC | 20.08 × 21.3 × 1.18 in 8.27 lbs |
$87.00
|
Description
Solarland’s SLP030-24U
The SLP030-24U solar module gets a nominal 24 volts DC outputting 30 watts. This module comes with an anodized alumnium silver frame. This solar panel has polycrystalline cells and is manufactured using the highest quality components to ensure excellent performance and a long life. The SLP030-24U includes a 25-Year warranty. This solar panel is designed for off-grid applications in harsh conditions including traffic signs and signals, navigation lights, street lighting and water pumping.
Solarland SLP030-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 21.3 × 20.08 × 1.18 inches
Weight: 8.27 lbs
Nominal 12V DC for standard output.
Outstanding low-light performance
Power output tolerance with positive tolerance only (-5 /+10 %)
Suitable for high snow and wind loads
Anodized frames
Junction Box
36 Polycrystalline Cells
Industry leading 25-year linear power warranty
MPN: SLP030-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP030-12U Silver Poly Solar Panel | 9433232 | 30W | 1.72A | 12VDC | 21.3 × 20.08 × 1.18 in 8.27 lbs |
$87.00
|
Description
With a nominal 12-volt DC output, the SLP030-12 30-watt solar panel is appropriate for off-grid applications including RVs, boats, getaway cabins, street lightning or water pumping.
The SLP030-12 30-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP030-12 30-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP020-24U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 14.06 × 22.68 × 1.18 inches
Weight: 6.17 lbs
Polycrystalline cell type
20 Watts
24 Volts DC
MPN: SLP020-24U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP020-24U Silver Poly Solar Panel | 9433227 | 20W | 0.58A | 24VDC | 14.06 × 22.68 × 1.18 in 6.17 lbs |
$63.80
|
Description
SLP020-24U Silver Poly Solar Module
This 20 Watt 24 Volt DC Solarland polycrystalline solar module is designed for the harshest of off-grid applications such as traffic signs, signals, street lighting, water pumping and navigation lights. The SLP020-24U is manufactured with the best quality components to ensure excellent performance and a longer life.
Solarland SLP020-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 22.68 × 14.06 × 1.18 inches
Weight: 6.17 lbs
Nominal 12V DC for standard output.
Outstanding low-light performance
Power output tolerance with positive tolerance only (-5 /+10 %)
Suitable for high snow and wind loads
Anodized frames
Junction Box
36 Polycrystalline Cells
MPN: SLP020-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP020-12U Silver Poly Solar Panel | 9433204 | 20W | 1.16A | 12VDC | 22.68 × 14.06 × 1.18 in 6.17 lbs |
$63.80
|
Description
With a nominal 12-volt DC output, the SLP020-12 20-watt solar panel is appropriate for off-grid applications including RVs, boats, getaway cabins, street lightning or water pumping. The SLP020-12 20-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP020-12 20-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP015-06 Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 16.85 × 14.06 × 1.18 inches
- Weight: 4.85 lbs
- Nominal 6V DC for standard output
- Outstanding low-light performance
- Heavy-duty anodized frames
- High transparent low-iron,tempered glass
- Rugged design to withstand high wind pressure, hail and snow load
- Aesthetic appearance
- MPN: SLP015-06
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP015-06 Silver Poly Solar Panel | 9433258 | 15W | .58A | 6VDC | 16.85 × 14.06 × 1.18 in 4.85 lbs |
$52.20
|
Description
SLP015-06 Silver Poly Solar Module
This 15 Watt 6 Volt DC Solarland polycrystalline solar module is designed for the harshest of off-grid applications such as traffic signs, signals, street lighting, water pumping and navication lights. The SLP015-6 is manufactured with the best quality components to ensure excelent performance and a longer life.
Solarland SLP010-12U Silver Poly Solar Panel
Features & Attributes
- Dimensions (LxWxH): 14.06 × 11.89 × 1.18 inches
- Weight: 4.63 lbs
- Nominal 12V DC for standard output.
- Outstanding low-light performance
- Power output tolerance with positive tolerance only (-5 /+10 %)
- Suitable for high snow and wind loads
- Anodized frames
- Junction Box
- 36 Polycrystalline Cells
- MPN: SLP010-12U
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP010-12U Silver Poly Solar Panel | 9433205 | 10W | 0.58A | 12VDC | 14.06 × 11.89 × 1.18 in 4.63 lbs |
$38.00
|
Description
With a nominal 12-volt DC output, the SLP010-12 10-watt solar panel is appropriate for off-grid applications including RV's, boats, getaway cabins, street lighting or water pumping. It is an especially good choice if low light is an issue. The SLP010-12 10-watt solar panel is built to last.
Made of 36 polycrystalline cells, high transparent low-iron glass, and sturdy anodized frames, the SLP010-12 10-watt solar panel will withstand heavy snowloads and high wind pressure. It comes with competitive warranty — a 25-year limited power warranty and a 5-year workmanship warranty.
Solarland SLP005-12U Silver Poly Solar Panel
Features & Attributes
Dimensions (LxWxH): 10.63 × 8.74 × .71 inches
Weight: 1.65 lbs
Polycristalline cell type
5 Watts
12 Volts DC
MPN: SLP005-12
| Model | Part No. | Watts | Amps | Volts | Size & Weight | Price |
|---|---|---|---|---|---|---|
| Solarland SLP005-12U Silver Poly Solar Panel | 9433222 | 5W | 0.29A | 12VDC | 10.63 × 8.74 × .71 in 1.65 lbs |
$22.84
|
Description
SLP005-12 Silver Poly Solar Module
This 5 Watt 12 Volt DC Solarland polycrystalline solar module is designed for the harshest of off-grid applications such as traffic signs, signals, street lighting, and trickle-charging batteries. The SLP005-12 is manufactured with the best quality components to ensure excelent performance and a longer life. The SLP005-12 module includes a small junction box on the back for attaching PV wire. PV wire is sold separately.
CABLE
SLCBL-01
Cables SLCBL-01
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-02
CablesSLCBL-02
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-03
CablesSLCBL-03
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-04
CablesSLCBL-04
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-05
SLCBL-19
SLCBL-20
SLCBL-21
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-22
SLCBL-40
SLCBL-41
SLCBL-42
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
SLCBL-55
MC4 Style; ...feature the newer, snap-together Multi-contact hard plastic connectors on each end. Wide range of cables and connectors featuring MC4 style connections. these have a male connector on one end and a female connector on the other end. TYCO SolarLok Styles are available as special order items.
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar System with SolarWall.
Solar Wall
Conserval is the global market leader in the renewable energy sector we created; Solar Air Heating. Since our founder John Hollick invented the transpired solar collector (branded as “SolarWall”), Conserval has designed and manufactured thousands of SolarWall® air heating systems worldwide for commercial and industrial buildings–eliminating tens of thousands of CO2 tons each and every year! There are over 5 million square feet of SolarWall air heating systems on 6 continents across the globe, from Alaska to the South Pole. These systems are helping businesses and municipalities achieve their energy goals with the use of on-site, building-integrated, clean heating. Over the past three decades, Conserval engineers have continued to improve upon the SolarWall technology to meet each project’s design and energy requirements. The result has been a full suite of SolarWall technologies including SolarWall 2-Stage, SolarDuct, PV/T and NightSolar systems. Since its inception, SolarWall systems have been regularly tested by third-party laboratories so that our clients can depend on their outstanding performance. And as no SolarWall project is the same, our sales and engineering teams are experienced to support your SolarWall project through the stages of feasibility study, business proposal, design consultation, tender process, installation and start-up. With more than 30 years of project design and management experience – and countless awards – we understand what it takes to make every SolarWall project a shining success!
1986
First of seven large SolarWall installations completed for Ford Motor Company
1985
Conserval begins focusing on industrial energy projects and solar heating; develops the original SolarWall air heating system
1977
Conserval Engineering, Inc. is formed
2018
Conserval Engineering, Conserval Systems, and SolarWall Europe are successfully certified to the new ISO 9001:2015 Standard.
2016
SolarWall® project by KMA Architects for Peel Regional Paramedic Service Station named Solar Thermal Project of the Year by the Canadian Solar Industries Association (CanSIA)
2014
SolarWall® inventor John Hollick honored by American Society of Mechanical Engineers (ASME) as one of the best inventions and inventors of the past two centuries.
2013
Conserval Engineering, Conserval Systems, and SolarWall Europe are certified to the ISO 9001:2005 Standard. ASHRAE Technology Award for new NREL facility in Colorado for its use of innovative technology, including an 8,600 ft2 SolarWall® system
2012
Hood River Middle School (located in Oregon, USA), which includes a hybrid SolarWall® PV/T system, named as one of American Institute of Architects (AIA) Top Ten Green Projects of 2012 Bluenose Academy in Nova Scotia wins the Solar Thermal Project of the Year Award from the Canadian Solar Industries Association for its use of the SolarWall® technology and solar water heating.
2011
Conserval Engineering and SolarWall Europe are named the recipient of a 2011 SME Canada-France award.
2010
Owens Corning wins Solar Thermal Project of the Year Award by the Canadian Solar Industries Association ( CanSIA ) for their two SolarWall® systems at their Toronto manufacturing facility. SolarWall® PV/T technology wins Renewable Energy World Award for Best Building Integrated Technology
2009
Conserval Systems wins 2009 Technology Award for SolarWall®technology, and receives commendation from NY Governor Patterson and the State Assembly
Solar Duct
Solar Air-Heating Technology Engineered for Roof Top Application
Sometimes the roof is better. That is why Conserval dreamed up SolarDuct. Like the original SolarWall technology, SolarDuct uses the power of the sun to heat your building’s ventilation air, reducing energy consumption, heating costs and greenhouse gas emissions The modular SolarDuct units are arranged and assembled similar to traditional PV solar panels, and the resulting SolarDuct arrays integrate seamlessly with existing rooftop mechanical equipment.
How it Works
Buildings with centralized heating and ventilation systems draw fresh air through HVAC units In winter, these units consume tremendous amounts of energy to heat the cold incoming air to comfortable indoor temperatures. With SolarDuct, incoming fresh air is solar-heated before it reaches the HVAC unit, minimizing building energy consumption throughout the heating season. When the sun’s radiation heats the surface of the SolarDuct array, fresh, solar-heated air accumulates on the surface of the panels. The existing rooftop HVAC units draw this solar-heated air through thousands of micro-perforations in the panels This solar-heated air gathers within the SolarDuct cabinet space and travels to the HVAC unit’s fresh air intake via insulated rooftop mechanical ducting. In the summer, when solar-heated air is not desired, the SolarDuct system is bypassed and the rooftop HVAC units will draw direct from ambient. With SolarDuct, incoming fresh air is heated up to 75°F above ambient temperatures. Independent monitoring studies have shown that effectively-designed SolarDuct systems can displace 20-50% of the building heating load.
2008
Conserval’s SolarDuct®and SolarDuct® PV/T modular rooftop solar systems win the First Place Reader’s Choice Award from Metal Construction News SolarWall technology wins World Green Business Award under the category of “Best Use of Product Design” for a Prologis Sainsbury Distribution Centre in Northampton, England
2007
Greater Toronto Airport Authority and architect Carol Kleinfeldt of KMA win the 2007 Solar Thermal Project of the Year Award by the Canadian Solar Industries Association.
2006
Over 1000 SolarWall systems installed in 25 countries
1997-2005
Conserval opens distribution in over 10 countries throughout Europe, and in Japan
1997
Conserval invited by Japanese government to display SolarWall technology at Kyoto climate change conference
1996
Bombardier installs the world’s largest solar air heating system in Montreal with over 100,000 square feet of SolarWall collectors.
1994-1995
SolarWall technology receives awards from Popular Science, R&D Magazine, Natural Resources Canada, the Manning Awards, Toronto Construction Association, and the Swiss Solar Prize.
1992
United States Department of Energy rates the SolarWall transpired solar collector in the top 2% of energy inventions
1990
Conserval Systems opens in Buffalo, NY
1986
First of seven large SolarWall installations completed for Ford Motor Company
1985
Conserval begins focusing on industrial energy projects and solar heating; develops the original SolarWall air heating system
1977
Conserval Engineering, Inc. is formed
2018
Conserval Engineering, Conserval Systems, and SolarWall Europe are successfully certified to the new ISO 9001:2015 Standard.
2016
SolarWall® project by KMA Architects for Peel Regional Paramedic Service Station named Solar Thermal Project of the Year by the Canadian Solar Industries Association (CanSIA)
2014
SolarWall® inventor John Hollick honored by American Society of Mechanical Engineers (ASME) as one of the best inventions and inventors of the past two centuries.
How it works
SolarWall® Single StageMake the statement a sustainable one with the original solar cladding system
The original SolarWall Single-Stage system is a favourite of faciliy managers and design professionals alike. The SolarWall technology uses the power of the sun to heat your building’s ventilation air, minimizing energy consumption, heating costs and greenhouse gas emissions throughout the heating season.Available in a veriety of panel profiles and colors, the system brings a measure of architectural versatility that sets it apart from other renewable energy technologies.
How it Works
Buildings with centralized heating and ventilation systems draw fresh air through HVAC units. In winter, these units consume tremendous amounts of energy to heat the cold incoming air to comfortable indoor temperatures. With a SolarWall system, incoming fresh air is solar heated before it reaches the fresh air side of the HVAC or the HRV/ERV unit, minimizing building fuel consumption throughout the heating season. When the sun’s radiation heats the surface of the SolarWall facade, fresh, solar-heated air accumulates on the surface of the collector. The existing HVAC units draw this solar-heated air through thousands of tiny perforations in the SolarWall panels.
This solar-heated air gathers in the air cavity behind the SolarWall panels, and travels to the existing HVAC unit’s fresh air intake via mechanical ducting. In the summer, when solar-heated air is not desired, the SolarWall system is bypassed and the HVAC system will draw direct from ambient. SolarWall Single-Stage systems can heat the incoming fresh air up to 75°F above ambient temperatures. In this configuration, significantly less heating fuel is required to heat the building’s fresh air supply. In fact, independent monitoring studies have
shown that effectively-designed SolarWall systems can displace 20-50% of the building heating load. The SolarWall technology is sometimes referred to by different names in the marketplace, from unglazed transpired collector (UTC) or transpired solar collector (TSC), to solar heated wall or solar perforated wall. Whatever the nomenclature, give us a call and we will design the best SolarWall system type for your facility.
SolarWall PV/T
Photovoltaics (PV) convert solar energy into electricity. SolarWall harnesses solar energy to heat air. With the new SolarWall PV/T systems, photovoltaic panels are installed overtop SolarWall panels, producing 100% renewable electricy and heat from the same surface
This cogeneration technology is also available in the SolarDuct PV/T rooftop application
Photovoltaic (PV) component:
The PV panels convert solar radiation into an electric current that can be used on-site, stored for later use, or fed back to the electrical grid for financial incentives. The majority of the solar radiation striking the PV panels, however, is lost as heat energy.
Thermal (T) component:
The SolarWall or SolarDuct system doubles as the PV-racking system and draws the excess heat away from the PV modules, significantly increasing their electrical output. The heat generated from the PV and solar thermal collector panels is used to heat the building’s fresh air supply. The existing HVAC intake fans draw this fresh, solar-heated air through micro-perforations in the SolarWall panels, through insulated mechanical ducting,
and into the HVAC units.
SolarWall Single-Stage system
The original SolarWall Single-Stage system is a favourite of faciliy managers and design professionals alike. The SolarWall technology uses the power of the sun to heat your building’s ventilation air, minimizing energy consumption, heating costs and greenhouse gas emissions throughout the heating season. Available in a veriety of panel profiles and colors, the system brings a measure of architectural versatility that sets it apart from other renewable energy technologies.
How it Works
Buildings with centralized heating and ventilation systems draw fresh air through HVAC units. In winter, these units consume tremendous amounts of energy to heat the cold incoming air to comfortable indoor temperatures. With a SolarWall system, incoming fresh air is solar heated before it reaches the fresh air side of the HVAC or the HRV/ERV unit, minimizing building fuel consumption throughout the heating season. When the sun’s radiation heats the surface of the SolarWall facade, fresh, solar-heated air accumulates on the surface of the collector. The existing HVAC units draw this solar-heated air through thousands of tiny perforations in the SolarWall panels.
This solar-heated air gathers in the air cavity behind the SolarWall panels, and travels to the existing HVAC unit’s fresh air intake via mechanical ducting. In the summer, when solar-heated air is not desired, the SolarWall system is bypassed and the HVAC system will draw direct from ambient. SolarWall Single-Stage systems can heat the incoming fresh air up to 75°F above ambient temperatures. In this configuration, significantly less heating fuel is required to heat the building’s fresh air supply. In fact, independent monitoring studies have
shown that effectively-designed SolarWall systems can displace 20-50% of the building heating load. The SolarWall technology is sometimes referred to by different names in the marketplace, from unglazed transpired collector (UTC) or transpired solar collector (TSC), to solar heated wall or solar perforated wall. Whatever the nomenclature, give us a call and we will design the best SolarWall system type for your facility.
SolarWall 2-Stage system
Inspired by the demand for a powerful space heating application, the SolarWall 2-Stage system takes the original SolarWall technology one step further. SolarWall 2-Stage is equipped with transparent glazing panels and directs the inbound fresh air through two heating stages. This design delivers an even greater temperature rise-maximizing building energy conservation, heating cost savings, and greenhouse gas emissions reductions.
First heating stage:
Solar radiation heats the metal SolarWall panels, generating a boundary layer of fresh, solar-heated air on the surface of the collector. Intake fans draw this warm air through thousands of micro-perforations in the panels. The warm air gathers in the air cavity within the collector.
Second heating stage:
Solar radiation penetrates the polycarbonate glazing, heating the 2nd stage of metal SolarWall panels. Protected from heat loss by wind sheer, the warm air inside the cavity picks up even more heat before being drawn through theperforations in the 2nd stage of SolarWall panels.
SolarWall NightSolar
NightSolar® systems can be configured to offer solar energy generation and conventional energy displacement up to 24 hours a day, all year long. This has been made possible because the SolarWall collector surface can be used for both cooling (in the warmer months) and also heating (in colder months). The end result to the building owner is substantial energy savings that occurs from reducing on-site cooling and heating costs by up to 50%. NightSolar® systems remove energy from the air to cool buildings without the use of compressors or refrigeration systems. This solar cooling technology is based on the scientific principle of nocturnal radiation cooling, which can cool a roof by as much as 10°C (18°F) below ambient temperature on a clear night. As warm night air touches the cooler surface of the NightSolar® panel, heat is transferred to the surface, which cools the air by radiating the heat to the cold night sky. The chilled air is then drawn in through perforations in the collector and enters the HVAC unit via an economizer cycle. This cooling has the ability to reduce or even displace conventional air conditioning from sunset to sunrise. During the daytime, the NightSolar® system keeps the roof in the dark and thereby reduces daytime heat gains normally transmitted through the roof.
Solar Heated Animal Barns
The SolarWall technology is easily integrated into conventional livestock ventilation systems and pre-heats the incoming air by as much as 50°F (27°C) in these applications. SolarWall systems will accommodate up to 1.25 cfm per square foot of barn floor. (Minimum ventilation)
In poultry ventilation, SolarWall system can be designed to handle the minimum ventilation requirements for the winter, spring and fall months, as well as the first two weeks in summer for the brooding period. For poultry, the typical indoor temperatures begin at around 90°F (32°C) for the brooding period and are gradually decreased to around 70°F (22°C) as the chickens becomes bigger. This means that chicken barns (as well as other forms of livestock) can require heat for up to 10 months of the year. In these applications, SolarWall systems have been credited with decreasing the use of traditional fuel by up to 30%. This substantial – and ongoing – reduction in operating costs improves profitability, and illustrates why this solar ventilation technology has been extensively used in the chicken and hog communities. As well, chicken producers have reported additional benefits of solar poultry ventilation in terms of decreased bird mortality due to improved indoor air quality. As well, cold drafts on chicken are eliminated because the metal SolarWall system provides an additional baffle that stops incoming cold wind. The SolarWall technology is also helpful for eliminating humidity and for drying nurseries after thorough cleanings.
Pre-heating application:
The existing HVAC fans draw solar heated air through the SolarWall collector and into the building’s heating and ventilation network.
Over the heating season, significantly less heating fuel is required to heat the solar-heated fresh air to set point. In the cooling season, the SolarWall is simply bypassed.
Space heating application:
SolarWall intake fans draw the solar-heated air through the collector and into the facility whenever heat is required. In lofty spaces, destratification fans will push the warm air down to occupancy level, maximizing occupant comfort and energy savings.
NIGHTSOLAR
SolarWall NightSolar
NightSolar® systems can be configured to offer solar energy generation and conventional energy displacement up to 24 hours a day, all year long. This has been made possible because the SolarWall collector surface can be used for both cooling (in the warmer months) and also heating (in colder months). The end result to the building owner is substantial energy savings that occurs from reducing on-site cooling and heating costs by up to 50%.
NightSolar® systems remove energy from the air to cool buildings without the use of compressors or refrigeration systems. This solar cooling technology is based on the scientific principle of nocturnal radiation cooling, which can cool a roof by as much as 10°C (18°F) below ambient temperature on a clear night. As warm night air touches the cooler surface of the NightSolar® panel, heat is transferred to the surface, which cools the air by radiating the heat to the cold night sky. The chilled air is then drawn in through perforations in the collector and enters the HVAC unit via an economizer cycle. This cooling has the ability to reduce or even displace conventional air conditioning from sunset to sunrise. During the daytime, the NightSolar® system keeps the roof in the dark and thereby reduces daytime heat gains normally transmitted through the roof.
SolarWall NightSolar
NightSolar® systems can be configured to offer solar energy generation and conventional energy displacement up to 24 hours a day, all year long. This has been made possible because the SolarWall collector surface can be used for both cooling (in the warmer months) and also heating (in colder months). The end result to the building owner is substantial energy savings that occurs from reducing on-site cooling and heating costs by up to 50%. NightSolar® systems remove energy from the air to cool buildings without the use of compressors or refrigeration systems. (cont.)
Recent field monitored NightSolar® installations are reporting as much as a 50% overall cooling savings on buildings using existing fans and economizers. And the technology can also be used to still generate daytime heating.
NightSolar® systems utilize a ventilated roof design (also known as above-sheathing ventilation) that is highly desirable for all buildings with metal roofs. This reduces daytime cooling by shading & ventilating the roof, meaning that unwanted solar heat is naturally vented while drying any condensation that may have occurred on the roof.
Oak Ridge National Laboratory states “we serendipitously discovered the second major advance in roofs for our century: We found that elevating the roof cover from the roof deck to induce above-sheathing ventilation is as important as increasing solar reflectance and may be the stronger player in reducing heat gain into the attic. The two combined can reduce heat gain through the roof by 50% compared to nailed asphalt shingle roofs.“
SolarWall NightSolar
This solar cooling technology is based on the scientific principle of nocturnal radiation cooling, which can cool a roof by as much as 10°C (18°F) below ambient temperature on a clear night. As warm night air touches the cooler surface of the NightSolar® panel, heat is transferred to the surface, which cools the air by radiating the heat to the cold night sky. The chilled air is then drawn in through perforations in the collector and enters the HVAC unit via an economizer cycle. This cooling has the ability to reduce or even displace conventional air conditioning from sunset to sunrise. During the daytime, the NightSolar® system keeps the roof in the dark and thereby reduces daytime heat gains normally transmitted through the roof.
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar System with SolarWall.
SolarWall NightSolar
NightSolar® systems can be configured to offer solar energy generation and conventional energy displacement up to 24 hours a day, all year long. This has been made possible because the SolarWall collector surface can be used for both cooling (in the warmer months) and also heating (in colder months). The end result to the building owner is substantial energy savings that occurs from reducing on-site cooling and heating costs by up to 50%. NightSolar® systems remove energy from the air to cool buildings without the use of compressors or refrigeration systems. This solar cooling technology is based on the scientific principle of nocturnal radiation cooling, which can cool a roof by as much as 10°C (18°F) below ambient temperature on a clear night. As warm night air touches the cooler surface of the NightSolar® panel, heat is transferred to the surface, which cools the air by radiating the heat to the cold night sky. The chilled air is then drawn in through perforations in the collector and enters the HVAC unit via an economizer cycle. This cooling has the ability to reduce or even displace conventional air conditioning from sunset to sunrise. During the daytime, the NightSolar® system keeps the roof in the dark and thereby reduces daytime heat gains normally transmitted through the roof.
Solar Panel Racking Options
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. ? Call us at 1-800-213-0227.
Discover how much it costs to design a Solar Racking System for you Solar System.
Roof Mount Solar Racking Systems
A roof mount is a great option if your roof is sun-exposed and in good condition. It’s important to choose high quality components for a long-lasting, weatherproof installation.
You’ll need flashings, clamps or tile hooks to attach the racks to your rooftop. There are various options depending on your racking and type of roof (shingle, metal, or tile.)
Flat rooftops (or low slope roofs) can use similar racking hardware with tilt legs to achieve an appropriate angle. There are also ballasted racking systems, which aren’t drilled into the roof at all, but instead are weighted down with blocks.
Want to know the best way to mount solar panels on your roof?
Ground Mount Solar Racking System
Ground Mounts allow you to pick the optimal tilt angle in a south-facing direction. A standard ground mount is built on a structure of steel pipe and concrete at a fixed-tilt angle.
Pole Mounts allow you to adjust the tilt angle to maximize your power output throughout the seasons. A steeper tilt angle captures more power in the winter and also sheds snow off the panels. Pole mounts can be installed above foliage & snow banks to keep the panels clear of debris.
Trackers are pole-mounted racks that follow the sun to maximize daily production. Trackers are the most expensive option, and require maintenance, due to the complexity and moving parts. Trackers are mainly used for large utility-scale PV installations. Residential systems are typically better off installing a few extra panels on a fixed array.
Quick Mount PV Solar Panel Mounts
The industry leader in 100% code-compliant, watertight solar roof mounts
Classic Composition Mount
Quick Rack ™ - Rail-Free Mounting System
QRail system for clay Tile Roof
Quick Mount PV Tile Replacement Mounts on a Spanish tile roof.
IronRidge Solar Panel Mounts
Complete Mounting & Racking Systems for All Roof Types
The industry leader in 100% code-compliant, watertight solar roof mounts
Pitched Roof Mounting
Every component in the IronRidge Flush Mount System has been tested to the limit and proven in extreme environments: rain, wind and snow.
Our rigorous approach has led to unique structural features, such as curved rails, universal fastening objects and reinforced flashings. All of our products are fully-certified, code-compliant, listed to UL 2703 and backed by a 20-year warranty.
Flat Roof Mounting
Build strong and efficient solar arrays on flat roofs. IronRidge Tilt Mount supports a wide range of solar panel tilting angles, while also resisting the extreme wind and snow forces experienced over a building’s lifetime.
The Tilt Mount System is listed to UL 2703, and compatible with most roof anchor products. Every component in the system is made with aluminum and stainless steel to ensure complete corrosion resistance.
FLUSH MOUNT SYSTEM FEATURES
UFOs (Universal Fastening Objects)
Accommodating a wide range of module frame heights (30-48mm), each UFO bonds with the module frame and the rail to form a parallel bonding path that is repeated throughout the array.
XR Rails
XR Rails are the backbone of the solar array. Their unique curved profile increases structural strength and spanning capability, allowing for fewer roof penetrations and more cost-effective system designs.
FlashFoot 2
IronRidge FlashFoot2™ replaces separate standoffs, flashings, and L-feet with an all-in-one design that incorporates both structural and waterproofing features.
FLUSH MOUNT SYSTEM FEATURES
UFOs (Universal Fastening Objects)
Accommodating a wide range of module frame heights (30-48mm), each UFO bonds with the module frame and the rail to form a parallel bonding path that is repeated throughout the array.
XR Rails
XR Rails are the backbone of the solar array. Their unique curved profile increases structural strength and spanning capability, allowing for fewer roof penetrations and more cost-effective system designs.
FlashFoot 2
IronRidge FlashFoot2™ replaces separate standoffs, flashings, and L-feet with an all-in-one design that incorporates both structural and waterproofing features.
Ground-Based Mounting
The IronRidge Ground Mount System combines the strength of XR1000 rails with locally-sourced steel pipes or mechanical tubing to create a cost-effective structure capable of handling any site of terrain challenge.
Installation is simple with only a few structural components and no drilling, welding, or heavy machinery required. The System works with a variety of foundation options, including concrete piers and driven piles, and can support up to 5 modules per column.
Do you have questions about our Off-Grid or Grid-Tied Solar Systems. Call us at 1-800-213-0227, local 506-70378077
Discover how much it costs to design a Solar Racking System for your Solar System.