(208) 263-4290

Mon-Fri 8:30-4:30 PST

Free system design & after sales support

Sign up for the newsletter! Subscribe!

Call us today and let us help you plan your power system

Get our FREE 160 page catalog! Click Here!

Search input

Home
Learning Center
Backwoods Bargains
Newsletters & Stories
Dealers & Installers

No products in the wishlist.

No products in the cart.

Return To Shop

Shopping cart (0)

Subtotal: $0.00

Username or email address *

Password *

Lost password ?

Remember Me

Solar
WindOur wind power options are best suited for maximizing power production in the winter months, night time power production, and ideally suited for hybrid applications with Solar PV. We have several tools and books available as well for assessing your site for wind power. Read More At a good site, a wind turbine can generate more power for its cost than solar modules. Both together can give steadier input since a wind turbine charges the batteries in storms when there is no sun, and at night. But beware of erecting a wind turbine where the wind is not strong and steady. An area’s wind-speed, as well as the immediate terrain, will determine how well the wind turbine performs. If in doubt, we suggest starting with solar modules, and checking the wind for a year. This will show whether to add a wind turbine or more solar modules. Twelve to fifteen mph average year-round winds are necessary for an optimal installation, and these sites are not common. Wind turbines must mount at least 30 feet above trees and obstructions for 300 feet around. They need non-turbulent air where a weather vane holds a steady direction. Charge controls for wind turbines are…
Micro-HydroMicro-Hydro for Off-Grid Power Systems accessories. Browse our large selection of micro-hydro systems, hydro generators, turbines, and micro-hydro equipment. We also carry books and DVDs to help you set up and benefit from micro hydro power. Micro-Hydro Advantages & Performance Water turbines steadily charge 12, 24, or 48 volt batteries, working 24 hours a day every day. Compare this with solar modules in sunshine for at best, 6 full-power hours a day, and that’s just on sunny days. A hydro generator producing 10 amperes around the clock matches the usable power generated by over 40 amps of solar modules. So cost is a lot lower with hydro. The power system itself is the same as solar, except only diversion type charge controls can be used with hydro. Pelton wheel generators use a small volume of water raised to high pressure by running downhill in a penstock (pipeline). Pressurized water shoots from nozzles to strike and spin a cupped wheel on an alternator. Other types of wheels and propellers handle water sites with less pressure (head) and more flow volume. Related Products & Information Sizing a Micro-Hydro System Scott & Tracey’s Micro-Hydro Story Cold Weather Micro-Hydro Lessons Learned Performance depends on…
- Microhydro Turbines
  Low Voltage Microhydro – LV1500-1 Nozzle
  
  Low Voltage Microhydro – LV1500 – 2 Nozzle
  
  Low Voltage Microhydro – LV800 – 2 Nozzle
  
  Low Voltage Microhydro – LV800 – 1 Nozzle
- Microhydro Accessories
  Replacement Nozzles for LVHYDRO
  
  Hydro Mounting Base / Drain
Charge ControllersCHOOSING A CHARGE CONTROLLER Charge controllers regulate the output of solar modules, wind generators and hydroelectric generators to prevent overcharging of the battery. For off grid solar power systems, when battery voltage rises to a preset maximum, where the battery is completely charged, the control automatically reduces or stops the solar charge. Some charge controllers are that simple, but most include some other features like volt & amp meters, voltage conversion, low battery load disconnect or night light timer. Read More VOLT AND AMPERE RATING OF THE CONTROL Select a control able to handle a little more than the amperes your solar modules are rated to generate. Though solar modules don’t usually produce more than their rated amperes, they can momentarily produce 15% more on cold bright days. The electric code recommends leaving a 25% margin, that is, for a 47 amp solar array use a 60 amp control rather than a 50 amp control. And if you plan future expansion of your solar array, allow a lot more headroom to accommodate the added solar panels. Be sure the model you choose is designed for your battery voltage: 12, 24 or 48 volts. A given control will handle twice as…
- MPPT Charge ControllersMPPT Charge Controllers for Off Grid Living MPPT charge controllers employ DC to DC conversion, which allows the solar array voltage to be higher that the voltage required to charge the batteries. Many years ago solar modules were designed to charge 12 volt batteries. These solar modules were built with 36 cells in series to have a peak power voltage of 16- 18 volts. Two of these modules could be wired in series to charge a 24 volt battery and four could be wired in series for a 48 volt battery. Modules with 72 cells were also available for 24 volt charging. When all modules were made this way, the simple PWM charge controllers described previously worked fine. As connected off grid solar power systems became the prominent use for solar modules, cost became the most important factor in module design and off the grid homes. This lead to larger 60 cell modules, manufactured in a convenient size that could be carried by one person. These modules have a voltage too high for 12 volt battery charging and too low for 24 volt battery charging and are usually wired in series to get approximately 400 volts DC which is easy…
  Magnum Energy
  
  Midnite Classics
  
  Morningstar
  
  Outback Power
  
  Schneider Electric
  
  Victron Energy
- PWM Charge ControllersSERIES CHARGE CONTROLLERS – Connected between the charging source and the battery. Pulse width modulation (PWM), used in all modern charge controllers uses 3-stages of operation to give the most charging possible for the day. BULK charge is the first stage, where the maximum power available from the charging source is fed to the battery until it reaches a preset voltage. ABSORPTION is the second stage charge where the maximum battery voltage is held by reducing the charge current just enough to never exceed the target voltage. Reduced current is done by high speed on and off pulsing, where the controlling “on” time versus the “off” time of each pulse determines the average charge current. During this stage of charging there will be some bubbling, or gassing of the battery electrolyte. This is necessary to maintain the health of flooded batteries. FLOAT is a third stage where battery voltage is reduced after charge is complete. This avoids excessive evaporating of battery water and benefits battery life. When sealed, maintenance-free, AGM or gel type batteries are used, voltage set-points are lower to prevent gassing of the battery.
  Bogart Engineering
  
  Midnite Solar
  
  Morningstar
  
  Schneider Electric
  
  Victron Energy
InvertersPOWER INVERTERS convert DC from your battery to 120 or 120/240 volts AC for lights, outlets and most appliances, without starting a generator. Read More If you’re looking for the best selection of grid tie inverters, transformers, charge boosters, Sinewave inverters, inverter cables and move, look no further than BackwoodsSolar.com. When it comes to off grid power systems and accessories, we’re confident that Backwoods Solar in the perfect choice. Continue reading to learn more about off grid inverters today. DC OR AC APPLIANCES: Folks with the smallest solar power systems and few; simple appliances may have no inverter, and use low voltage DC for all lights, radio, TV, and water pump. People using the largest solar power systems sometimes use AC power from an off grid inverter for everything. Usually it is most practical to use both inverter AC and some direct battery DC. AC is most practical for regular household outlets and lights, because most AC appliances are better quality, easier to find, locally available and lower priced than 12 volt DC versions. But a few special DC appliances can save a great deal of energy. Items that drain a small amount of power over long hours can use…
Power CentersTHE HEART OF THE SYSTEM LIES IN THE POWER ROOM Electricity flows from solar and/or wind through a charge controller and into the battery (hydro goes through a fuse or breaker directly to the battery and is regulated independently). From the battery, power goes out to any DC house circuits, and the inverter/charger producing 120/240 volts AC. The hub of the system is often a DC rated circuit panel (or a set of fuses) housing charge controller, inverter, and AC circuit breakers. Meters show power produced, power used, and battery condition. This equipment mounts on the wall near the battery bank. The installer wires everything together into a functioning power system one of three ways: Read More INDIVIDUAL COMPONENTS Smaller power systems for cabins and recreational vehicles like examples #1 and #2 at the front of this catalog, use a few components custom assembled by the installer. These components are shown in this catalog. POWER PANEL/POWER CENTER A single box contains all DC (and often AC as well) circuit breakers, shunts, and easy connection points for the cables from the solar modules, hydro and/or windmill, DC loads, remote meters, batteries, and inverter. The charge controller and inverter often attach to…
BatteriesWhether looking for a 12v solar battery, 48v solar battery or the finest battery accessories and chargers, make BackwoodsSolar.com your first choice when it comes to finding solar batteries. Learn more about solar batteries and battery care below. Read More Battery care is your main responsibility with homemade electricity for off grid power systems. This is the one part of your power system likely to be harmed by neglect or misuse. Lead-acid batteries, the standard in home energy, should not discharge more than 50%. Ideally, they should be recharged to 100% promptly. They can be damaged by undercharging, continued overcharging, or contamination. Do not store batteries without periodic recharging. Continual self-discharge when not in use can ruin even a brand new set of batteries. Sizing of 1000 to 2000 amp-hour 12 volt (or 1/2 that in 24 volt; 1/4 that in 48 volt) battery bank is desirable because a larger bank can accept faster charging by generator and give high power discharge for inverter surge without strain. In northern areas short on winter sunshine, more reserve before running down to the 50% level is also a benefit. Use our catalog’s 6 introductory examples as a guide to battery size, or…
Electrical
- Breakers, Fuses & BoxesCombiner Boxes The combiner box mounts on the post of a pole mount, under the solar array on roof mounts, or near the power center of your system. Wires from the solar modules connect togethe rin the combiner box. NEC code requires each panel or each series string of panels to be wired to its own circuit breaker or fuse if there are more than two strings in parallel. AC/DC Breaker Boxes These boxes can be utilized for small inverter disconnects, PV disconnects or AC or DC distribution.
  AC & DC Breaker Boxes
  
  Breakers
  
  Combiner Boxes
  
  Disconnect Boxes
  
  Fuses
- Electrical Parts & Wiring
  DC Timers
  
  Diversion LoadsConnected between a battery and dump load. Diversion Charge Controllers are typically used when the charging source cannot be disconnected from the battery, such as wind generators or hydroelectric chargers for off the grid electricity. Diversion controllers do not cut off current from the charging source at all. When the battery charges to the maximum set voltage, the diversion controller connects a “dump load”such as ceramic air heating resistors or water heating elements to the battery to dissipate the energy coming from the charging source. The controller adjusts its consumption rate to offset the excess charging exactly, and keep the battery voltage at, and never exceeding, the preset maximum voltage. If you use a windmill for off grid living that does not have its own charge control, or use hydroelectric generating, a diversion control must be used, since those generators can be damaged if their charge is not absorbed in the batteries at all times. One diversion control handles a combination of solar, hydro and wind, so long as the total amps charge from all of them taken together is within its amp capacity.
  
  Lightning Arresters
  
  Power Converters & Battery Balancers
  
  Relays
  
  Splice Barrels
  
  Transfer Relays
  
  Wire Junction Devices
Water PumpsWater Pumps for Off-Grid Homes Submersible Pumps, Gravity Flow Tanks & More The benefits of off-grid power systems both economically and environmentally are undeniable. At BackwoodsSolar.com, we take pride in offering the best products and services in off-grid power systems and accessories. From solar water pumps to solar modules, we have everything you need to implement an off-grid power system for your home. Learn more about solar powered water pumping, submersible water pumps, the benefits of a gravity flow tank, and more below! When it comes to solar water pumps, hot water circulating pumps, booster pumps, submersible well pumps, and more, choose BackwoodsSolar.com. Read More Gravity Flow Tanks A gravity flow tank, where possible, is the best domestic water supply. Water is pumped to, and flows back from, a large tank uphill from the house. The tank should be at least 22 feet higher than the point of use, to get 10 pounds or more water pressure (2.3 feet elevation per pound of pressure). It should be buried to keep cool and avoid freezing. There was no hill above us to site a tank so we put four 100 gallon tanks at the highest heated level (4th floor) of our…
Home Goods

Search input

Menu More

Solar
WindOur wind power options are best suited for maximizing power production in the winter months, night time power production, and ideally suited for hybrid applications with Solar PV. We have several tools and books available as well for assessing your site for wind power. Read More At a good site, a wind turbine can generate more power for its cost than solar modules. Both together can give steadier input since a wind turbine charges the batteries in storms when there is no sun, and at night. But beware of erecting a wind turbine where the wind is not strong and steady. An area’s wind-speed, as well as the immediate terrain, will determine how well the wind turbine performs. If in doubt, we suggest starting with solar modules, and checking the wind for a year. This will show whether to add a wind turbine or more solar modules. Twelve to fifteen mph average year-round winds are necessary for an optimal installation, and these sites are not common. Wind turbines must mount at least 30 feet above trees and obstructions for 300 feet around. They need non-turbulent air where a weather vane holds a steady direction. Charge controls for wind turbines are…
Micro-HydroMicro-Hydro for Off-Grid Power Systems accessories. Browse our large selection of micro-hydro systems, hydro generators, turbines, and micro-hydro equipment. We also carry books and DVDs to help you set up and benefit from micro hydro power. Micro-Hydro Advantages & Performance Water turbines steadily charge 12, 24, or 48 volt batteries, working 24 hours a day every day. Compare this with solar modules in sunshine for at best, 6 full-power hours a day, and that’s just on sunny days. A hydro generator producing 10 amperes around the clock matches the usable power generated by over 40 amps of solar modules. So cost is a lot lower with hydro. The power system itself is the same as solar, except only diversion type charge controls can be used with hydro. Pelton wheel generators use a small volume of water raised to high pressure by running downhill in a penstock (pipeline). Pressurized water shoots from nozzles to strike and spin a cupped wheel on an alternator. Other types of wheels and propellers handle water sites with less pressure (head) and more flow volume. Related Products & Information Sizing a Micro-Hydro System Scott & Tracey’s Micro-Hydro Story Cold Weather Micro-Hydro Lessons Learned Performance depends on…
- Microhydro Turbines
  Low Voltage Microhydro – LV1500-1 Nozzle
  
  Low Voltage Microhydro – LV1500 – 2 Nozzle
  
  Low Voltage Microhydro – LV800 – 2 Nozzle
  
  Low Voltage Microhydro – LV800 – 1 Nozzle
- Microhydro Accessories
  Replacement Nozzles for LVHYDRO
  
  Hydro Mounting Base / Drain
Charge ControllersCHOOSING A CHARGE CONTROLLER Charge controllers regulate the output of solar modules, wind generators and hydroelectric generators to prevent overcharging of the battery. For off grid solar power systems, when battery voltage rises to a preset maximum, where the battery is completely charged, the control automatically reduces or stops the solar charge. Some charge controllers are that simple, but most include some other features like volt & amp meters, voltage conversion, low battery load disconnect or night light timer. Read More VOLT AND AMPERE RATING OF THE CONTROL Select a control able to handle a little more than the amperes your solar modules are rated to generate. Though solar modules don’t usually produce more than their rated amperes, they can momentarily produce 15% more on cold bright days. The electric code recommends leaving a 25% margin, that is, for a 47 amp solar array use a 60 amp control rather than a 50 amp control. And if you plan future expansion of your solar array, allow a lot more headroom to accommodate the added solar panels. Be sure the model you choose is designed for your battery voltage: 12, 24 or 48 volts. A given control will handle twice as…
- MPPT Charge ControllersMPPT Charge Controllers for Off Grid Living MPPT charge controllers employ DC to DC conversion, which allows the solar array voltage to be higher that the voltage required to charge the batteries. Many years ago solar modules were designed to charge 12 volt batteries. These solar modules were built with 36 cells in series to have a peak power voltage of 16- 18 volts. Two of these modules could be wired in series to charge a 24 volt battery and four could be wired in series for a 48 volt battery. Modules with 72 cells were also available for 24 volt charging. When all modules were made this way, the simple PWM charge controllers described previously worked fine. As connected off grid solar power systems became the prominent use for solar modules, cost became the most important factor in module design and off the grid homes. This lead to larger 60 cell modules, manufactured in a convenient size that could be carried by one person. These modules have a voltage too high for 12 volt battery charging and too low for 24 volt battery charging and are usually wired in series to get approximately 400 volts DC which is easy…
  Magnum Energy
  
  Midnite Classics
  
  Morningstar
  
  Outback Power
  
  Schneider Electric
  
  Victron Energy
- PWM Charge ControllersSERIES CHARGE CONTROLLERS – Connected between the charging source and the battery. Pulse width modulation (PWM), used in all modern charge controllers uses 3-stages of operation to give the most charging possible for the day. BULK charge is the first stage, where the maximum power available from the charging source is fed to the battery until it reaches a preset voltage. ABSORPTION is the second stage charge where the maximum battery voltage is held by reducing the charge current just enough to never exceed the target voltage. Reduced current is done by high speed on and off pulsing, where the controlling “on” time versus the “off” time of each pulse determines the average charge current. During this stage of charging there will be some bubbling, or gassing of the battery electrolyte. This is necessary to maintain the health of flooded batteries. FLOAT is a third stage where battery voltage is reduced after charge is complete. This avoids excessive evaporating of battery water and benefits battery life. When sealed, maintenance-free, AGM or gel type batteries are used, voltage set-points are lower to prevent gassing of the battery.
  Bogart Engineering
  
  Midnite Solar
  
  Morningstar
  
  Schneider Electric
  
  Victron Energy
InvertersPOWER INVERTERS convert DC from your battery to 120 or 120/240 volts AC for lights, outlets and most appliances, without starting a generator. Read More If you’re looking for the best selection of grid tie inverters, transformers, charge boosters, Sinewave inverters, inverter cables and move, look no further than BackwoodsSolar.com. When it comes to off grid power systems and accessories, we’re confident that Backwoods Solar in the perfect choice. Continue reading to learn more about off grid inverters today. DC OR AC APPLIANCES: Folks with the smallest solar power systems and few; simple appliances may have no inverter, and use low voltage DC for all lights, radio, TV, and water pump. People using the largest solar power systems sometimes use AC power from an off grid inverter for everything. Usually it is most practical to use both inverter AC and some direct battery DC. AC is most practical for regular household outlets and lights, because most AC appliances are better quality, easier to find, locally available and lower priced than 12 volt DC versions. But a few special DC appliances can save a great deal of energy. Items that drain a small amount of power over long hours can use…
Power CentersTHE HEART OF THE SYSTEM LIES IN THE POWER ROOM Electricity flows from solar and/or wind through a charge controller and into the battery (hydro goes through a fuse or breaker directly to the battery and is regulated independently). From the battery, power goes out to any DC house circuits, and the inverter/charger producing 120/240 volts AC. The hub of the system is often a DC rated circuit panel (or a set of fuses) housing charge controller, inverter, and AC circuit breakers. Meters show power produced, power used, and battery condition. This equipment mounts on the wall near the battery bank. The installer wires everything together into a functioning power system one of three ways: Read More INDIVIDUAL COMPONENTS Smaller power systems for cabins and recreational vehicles like examples #1 and #2 at the front of this catalog, use a few components custom assembled by the installer. These components are shown in this catalog. POWER PANEL/POWER CENTER A single box contains all DC (and often AC as well) circuit breakers, shunts, and easy connection points for the cables from the solar modules, hydro and/or windmill, DC loads, remote meters, batteries, and inverter. The charge controller and inverter often attach to…
BatteriesWhether looking for a 12v solar battery, 48v solar battery or the finest battery accessories and chargers, make BackwoodsSolar.com your first choice when it comes to finding solar batteries. Learn more about solar batteries and battery care below. Read More Battery care is your main responsibility with homemade electricity for off grid power systems. This is the one part of your power system likely to be harmed by neglect or misuse. Lead-acid batteries, the standard in home energy, should not discharge more than 50%. Ideally, they should be recharged to 100% promptly. They can be damaged by undercharging, continued overcharging, or contamination. Do not store batteries without periodic recharging. Continual self-discharge when not in use can ruin even a brand new set of batteries. Sizing of 1000 to 2000 amp-hour 12 volt (or 1/2 that in 24 volt; 1/4 that in 48 volt) battery bank is desirable because a larger bank can accept faster charging by generator and give high power discharge for inverter surge without strain. In northern areas short on winter sunshine, more reserve before running down to the 50% level is also a benefit. Use our catalog’s 6 introductory examples as a guide to battery size, or…
Electrical
- Breakers, Fuses & BoxesCombiner Boxes The combiner box mounts on the post of a pole mount, under the solar array on roof mounts, or near the power center of your system. Wires from the solar modules connect togethe rin the combiner box. NEC code requires each panel or each series string of panels to be wired to its own circuit breaker or fuse if there are more than two strings in parallel. AC/DC Breaker Boxes These boxes can be utilized for small inverter disconnects, PV disconnects or AC or DC distribution.
  AC & DC Breaker Boxes
  
  Breakers
  
  Combiner Boxes
  
  Disconnect Boxes
  
  Fuses
- Electrical Parts & Wiring
  DC Timers
  
  Diversion LoadsConnected between a battery and dump load. Diversion Charge Controllers are typically used when the charging source cannot be disconnected from the battery, such as wind generators or hydroelectric chargers for off the grid electricity. Diversion controllers do not cut off current from the charging source at all. When the battery charges to the maximum set voltage, the diversion controller connects a “dump load”such as ceramic air heating resistors or water heating elements to the battery to dissipate the energy coming from the charging source. The controller adjusts its consumption rate to offset the excess charging exactly, and keep the battery voltage at, and never exceeding, the preset maximum voltage. If you use a windmill for off grid living that does not have its own charge control, or use hydroelectric generating, a diversion control must be used, since those generators can be damaged if their charge is not absorbed in the batteries at all times. One diversion control handles a combination of solar, hydro and wind, so long as the total amps charge from all of them taken together is within its amp capacity.
  
  Lightning Arresters
  
  Power Converters & Battery Balancers
  
  Relays
  
  Splice Barrels
  
  Transfer Relays
  
  Wire Junction Devices
Water PumpsWater Pumps for Off-Grid Homes Submersible Pumps, Gravity Flow Tanks & More The benefits of off-grid power systems both economically and environmentally are undeniable. At BackwoodsSolar.com, we take pride in offering the best products and services in off-grid power systems and accessories. From solar water pumps to solar modules, we have everything you need to implement an off-grid power system for your home. Learn more about solar powered water pumping, submersible water pumps, the benefits of a gravity flow tank, and more below! When it comes to solar water pumps, hot water circulating pumps, booster pumps, submersible well pumps, and more, choose BackwoodsSolar.com. Read More Gravity Flow Tanks A gravity flow tank, where possible, is the best domestic water supply. Water is pumped to, and flows back from, a large tank uphill from the house. The tank should be at least 22 feet higher than the point of use, to get 10 pounds or more water pressure (2.3 feet elevation per pound of pressure). It should be buried to keep cool and avoid freezing. There was no hill above us to site a tank so we put four 100 gallon tanks at the highest heated level (4th floor) of our…
Home Goods

Home
Learning Center
Backwoods Bargains
Newsletters & Stories
Dealers & Installers

Login / Sign in

0 Shopping Cart

No products in the cart.

Return To Shop

Shopping cart (0)

Subtotal: $0.00

Home Products All Solar Mounts & Racks

Side of Pole

Return to previous page

View as:

Grid

List

Show

SOP-S Side-of-Pole Mount for TWO Medium Solar Panels

Side-of-Pole Mount, S-SOP-S, for TWO Small to Medium-sized Modules

General Specialties

SKU: S-SOP-S $322.00 Add to cart

Tamarack Solar Side of Pole Mount 70" UNI-SP/03W | Side of Post Solar Mount

Tamarack Solar UNI-SP/03W Side of Pole Mount 70″ -Wide Bucket

Tamarack

SKU: S-UNI-SP/03W $278.00 Add to cart

Tamarack Solar, Side Pole Mount For 2 60/72c mods

Tamarack Solar Side Pole Mount For 2 60/72c mods

Tamarack

SKU: S-UNI-SPHD4-90 $428.00 Add to cart

SOP-K Side-of-Pole Mount for ONE Medium Solar Panel

SOP-K Side-of-Pole Mount for ONE Medium Solar Panel (Drawing)

Side-of-Pole Mount, S-SOP-K, for ONE Medium-size Module

General Specialties

SKU: S-SOP-K $267.00 Add to cart

Side-of-Pole Mount for ONE Large-size Solar Panel Alternate View

Side-of-Pole Mount for ONE Large-size Solar Panel

S-SOP-X Side-of-Pole Mount for ONE Large 60 cell Module

General Specialties

SKU: S-SOP-X $296.00 Add to cart

Tamarack Solar Side of Pole Mount 27.5" UNI-SP/01A

Tamarack, Side of Pole Mount 27.5″

Tamarack

SKU: S-UNI-SP/01A $73.00 Add to cart

Tamarack Solar Side of Pole Mount 27.5" Hi Wind UNI-SP/01XH

Tamarack, Side of Pole Mnt 27.5″ Hi Wind

Tamarack

SKU: S-UNI-SP/01XH $133.00 Add to cart

SOP-Y Side-of-Pole Mount for TWO MID SIZED Solar Panels

S-SOP-Y Side-of-Pole Mount for TWO Medium-size Modules

General Specialties

SKU: S-SOP-Y $400.00 Add to cart

SOP-Y-D SOP Mount for TWO LARGE Solar Panels

SOP-Y-D Side-of-Pole Mount for TWO LARGE 72 cell modules

General Specialties

SKU: S-SOP-Y-D $494.00 Add to cart

SOP Side Of Pole Mount for ONE LARGE Solar Panel Alternate View

SOP Side Of Pole Mount for ONE LARGE Solar Panel

SOP-X-D Side-of-Pole Mount for ONE LARGE 72 cell module

General Specialties

SKU: S-SOP-X-D $296.00 Add to cart

Tamarack Solar Side of Pole Mount 70" UNI-SP/03

Tamarack, Side of Pole Mount 70″

Tamarack

SKU: S-UNI-SP/03 $243.00 Add to cart

Tamarack Solar Single Arm Side Pole Mount 26" UNI-SA/26.0

Tamarack, Single Arm, Side Pole 26″

Tamarack

SKU: S-UNI-SA/26.0 $58.00 Add to cart

Tamarack Solar Side of Pole Mount 30" UNI-SP/01XX

Tamarack, Side of Pole Mount 30″

Tamarack

SKU: S-UNI-SP/01XX $177.00 Add to cart

Tamarack Solar Single Arm Side Pole Mount 14" UNI-SA/14.0

Tamarack, Single Arm, Side Pole 14″

Tamarack

SKU: S-UNI-SA/14.0 $47.00 Add to cart

Tamarack Side of Pole Mount 45" UNI-SP/02

Tamarack, Side of Pole Mount 45″

Tamarack

SKU: S-UNI-SP/02 $163.00 Add to cart

Tamarack Solar Side of Pole Mount 45" UNI-SP/02X

Tamarack, Side of Pole Mount 45″

Tamarack

SKU: S-UNI-SP/02X $187.00 Add to cart

Tamarack Solar Side of Pole Mount 55" UNI-SP/02A

Tamarack, Side of Pole Mount 55″

Tamarack

SKU: S-UNI-SP/02A $168.00 Add to cart

Tamarack Solar Single Arm Side Pole Mount 21.5 UNI-SA/21.5

Tamarack, Single Arm, Side Pole 21.5″

Tamarack

SKU: S-UNI-SA/21.5 $52.00 Add to cart

Brands

General Specialties(6)
Tamarack(12)

Filter by price

Price: —

My Cart

Customer Stories
Contact Us
Customer Service
Shipping Policy
Privacy Policy

About Us
Learning Center
Customer Comments

Sign up for an account!

Sign up for our newsletter!

Subscribe

(208) 263-4290
1589 Rapid Lightning Rd
Sandpoint, ID 83864

Speak to one of our experts today! (208) 263-4290

In the Solar industry since 1976