• Utility-Bill Reduction + Back-up Power
  2 kW Home.Sure Package
  7.5 kW Home.Sure Package
• Utility Bill Reduction Value Package
  10 kW GridTek Package
• 1 kW Pump.System Package

• Remote Home Value Package
  1 kW Remote.System Package
  7.5 kW Remote.System
• Wind & Solar Hybrid Systems
  1.2 kW Hybrid.System Package
  10.1 kW Hybrid.System Package
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 Utility-Bill Reduction + Back-up Power

 2 KW Home.Sure Package

Performance: 160 - 300 Kilowatt-hours (kWh's) per month (depending on wind resource), 12 hours to over a week of back-up power (depending on load and wind)

Recommended for:   Areas where power outages are a problem   Smaller essential loads   Property sizes of 1/2 acre or more		Note: This system contains batteries and can provide essential household power during power outages. 5 Year warranty
		We recommend this package for homeowners and small businesses that want protection from extended power outages, but don't need a system as large as the 7.5 kW Home.Sure system. This capability requires the addition of batteries and a sophisticated inverter.   The Home.Sure system keeps the batteries charged up and during an outage home power is supplied by both the batteries and the wind turbines.  In regular (non-outage) operation any excess energy, once the batteries are charged, is sold to the utility company or "stored" by utilities offering net metering.     This package uses 64 ft towers because this is the most common tower height for the XL.1 turbine.  The taller the tower the better and towers shorter than 64 ft. should only be used in special circumstances.  The Tubular Tilt-up towers can be installed without concrete and they tilt-up after all the assembly work is done on the ground.   The batteries are Trojan T-105's, a workhorse of the home power industry.  A total of eight individual batteries are connected in two parallel strings of four batteries in series (24 VDC nominal).  This battery bank will support essential loads (lights, radio, TV, refrigerator, freezer, water pump, and blowers) for 4 - 12 hours without wind energy input.  The OutBack GTFX2524 sine-wave inverter provides 2.5 kW at 120 VAC (or 230 VAC, 50 Hz at 2.2 kW) and has enough surge capacity to start motors up to ~ 1 Hp.  A back-up engine generator can be easily added.    In addition to the equipment costs given below, a complete installation will typically include the following costs:  shipping, sales tax, permit costs, foundation and anchoring, wire run, turbine and tower erection, battery racks or vault, electrical hook-up, and inspection fees.  Some homeowners also incorporate a back-up gas, propane, or diesel generator into the system for maximum protection.   2 x 1 kW BWC XL.1 Turbines 2 x 64 ft Tubular Tilt-up Tower Kit DC Power Center 10.6 kWh, 2 String, Battery Bank (2 x B220-4) 2.5 kW Inverter System (GTFX2524) Total Cost  $13,200 Options: 50 Hz: No Charge (3.3 kW) Additional Storage Larger Inverter Taller Towers Other Towers Tower Raising Kit

7.5 KW Home.Sure Package

Performance: 600 - 1,500 Kilowatt-hours (kWh's) per month (depending on wind resource), 24 hours to over a week of back-up power (depending on load and wind)

Remote Home Value Package

1 KW Remote.System Package

Performance: 60 - 150 AC Kilowatt-hours (kWh's) per month (depending on wind resource

Recommended for: Typical off-grid homes, schools, clinics, etc. Locations where delivering or storing diesel fuel is a problem Retrofit to existing diesel-only power system to provide up to 24-hour power availability Wind Class 2 or higher

Note: This system contains batteries and is typically used in conjunction with a back-up generator (gasoline, propane, or diesel fuel). These systems are modular and can be expanded easily. 5 Year warranty

We recommend this package for homes, schools, clinics and other smaller off-grid applications.  These systems are also easily retrofitted to existing diesel-only systems in order to save fuel and provide up to 24-hour power.   The BWC Remote.System stores excess energy in batteries for use during low wind periods. It can also charge the batteries from a back-up generator.  With a manually controlled back-up generator the Remote.System can provide up to 24-hour power.     The Tubular Tilt-up towers can be installed without concrete and they tilt-up after all the assembly work is done on the ground. The 64 ft. tower in this package is the most common height used with the XL.1 turbine.  For sites with trees, taller towers are recommended.  These tower are available in heights up to 104 ft.   The batteries are Trojan T-105's, a workhorse of the home power industry and an excellent value.  A total of four individual 6 volt batteries are connected in series  to provide 24 VDC nominal.  This battery bank will supply up to several days of power without wind energy input.  The 1,500 W Trace DR1524 modified-sine-wave inverter provides 120 VAC, 60 Hz (or 230 V, 50 Hz) and includes battery-charging and transfer relay functions.  A back-up engine generator can be easily integrated, but it must be manually started and stopped.    In addition to the equipment costs given below, a complete installation will typically include the following costs:  shipping, sales tax, permit costs, foundation and anchoring (some soil types), wire run, turbine and tower erection, battery racks or vault, electrical hook-up, and inspection fees.  Some users also incorporate a back-up gas, propane, or diesel generator into the system for extended periods of low wind speed. 1 kW XL.1 Turbine, with PowerCenter 64 ft. Tilt-up Tower 5.3 kWh Battery Bank (B220-4) 1,500 W Inverter System (DR1524, with fuse) Total Cost  $6,500 Options: 50 Hz: Larger Inverter Additional Storage Taller Towers Tower raising Kit

7.5 KW Remote.System
Performance: 500 - 1,500 Kilowatt-hours (kWh's) per month (depending on wind resource)
 

Recommended for: Large remote homes or facilities, using at least 700 kWh per month Locations where delivering or storing diesel fuel is a problem Retrofit to existing diesel-only power system to provide 24-hour power availability Wind Class 2 or higher	Note: This system contains batteries and is typically used in conjunction with a back-up generator (gasoline, propane, or diesel fuel). These systems are modular and can be expanded easily. 5 Year warranty
	We recommend this package for village power and larger remote home and facilities that need more than 500 kWh's of alternating current (AC) energy per month. These systems are often retrofitted to existing diesel-only systems in order to save fuel and provide 24-hour power.  The BWC Remote System stores excess energy in batteries for use during low wind periods. It can also charge the batteries from a back-up generator.  With a back-up generator the Remote System can provide reliable 24-hour power with minimal attention from the operator.  The Guyed-Lattice tower is the least cost tower type and a 100 ft. tower is tall enough for most locations.  Shorter towers reduce performance. For locations where crane access is not possible, the towers can be stacked using a winch and davit system.  The batteries are Trojan T-105's, a workhorse of the home power industry and an excellent value.  A total of 40 individual batteries are connected in five parallel strings of eight batteries in series (48 VDC nominal).  This battery bank will typically support the load for 1-2 days days without wind energy input or back-up power.   The dual OutBack FX2548T sine-wave inverter system provides 5,000 Watts continuous at 120 VAC, 60 Hz (or 230 VAC, 50 Hz at 4,600 W) with enough capacity to start difficult motor loads.  The OutBack inverters include a 60A AC transfer relay that can automatically switch the load to a back-up generator when the battery bank becomes drained.  The FX2548T's are sealed for superior environmental protection and include a "Turbo" fan option for cooler operation. In addition to the equipment costs given below, a complete installation will typically include the following costs: shipping, sales tax, permit costs, foundation and anchoring, wire run, turbine and tower erection, battery racks or vault, electrical hook-up, and inspection fees.
	7.5 kW BWC Excel-R/48, with VCS-10 100 ft. Guyed-Lattice Tower Kit (XLG30) Tower Wiring Kit (XTWK30) DC Power Center Option, 7 circuit (XVPC-7) 53 kWh, 5 String, Battery Bank (5 x B220-8) 5 kW Inverter System (2 x FX2548T) Total Cost: $46,500 Options: Special Paint: Corrosion Pkgs: E-Meter: 50 Hz: No Charge Other Towers

Note:
This hybrid system provides more consistent year-round renewable energy production. These systems are modular and can be expanded easily.
5 Year warranty

Note:
This system provides more consistent year-round renewable energy production. These systems are modular and can be expanded easily.
5 Year warranty

Hybrid wind & solar systems provide more consistent year-round performance and reduce the need for back-up generation.

  We recommend this package for larger remote homes, facilities, or communities that need more than 700 kWh's of alternating current (AC) energy per month. These systems can be retrofitted to existing diesel-only systems in order to save fuel and provide 24-hour/day power.

  The BWC Remote.System stores excess energy in batteries for use during low wind periods. It can also charge the batteries from a back-up generator.  With a back-up generator the Remote.System can provide reliable 24-hour/day power with minimal attention from the operator.  The Guyed-Lattice tower is the least cost tower type and a 100 ft. tower is tall enough for most locations.  Shorter towers reduce performance. For locations where crane access is not possible, the towers are available in 10 ft sections (as an added cost option) which can be stacked using a winch and davit system.

  2.6 kW is a good size for the PV array because it provides a meaningful contribution to system performance without driving the costs up too high. The PV array consists of 48 55W modules, with two sub-arrays of 6 parallel strings of 4 modules in series (48 VDC nominal).  The PV modules are supported by eight ground mounts holding six modules each.

  The batteries are Trojan L-16's, the workhorse of the home power industry.  A total of 40 individual batteries are connected in five parallel strings of eight batteries in series (48 VDC nominal).  This battery bank will typically support the load for 1-2 days days without wind energy input or back-up power.  The dual Trace SW5548 sine-wave inverters provides 240 VAC (or 230 VAC, 50 Hz at 4.5 kW) with enough capacity to start difficult motor loads.  A back-up engine generator can be easily added and can be controlled by the Trace inverter. 

  In addition to the equipment costs given below, a complete installation will typically include the following costs:  shipping, sales tax, permit costs, foundation and anchoring, wire run, turbine and tower erection, PV array assembly, battery racks or vault, electrical hook-up, and inspection fees. 

We recommend this package for small scale pumping applications and applications where both pumping and electrification are required.  Small wind pumping systems can be combined with solar to provide the the more reliable performance of hybrid systems.

  The BWC Pump.System stores excess energy in batteries for use during low wind periods. It can also charge the batteries from a back-up generator (requires SB option).  With a manually controlled back-up generator the Remote.System can provide up to 24-hour pumping and electrical power.  

  The Tubular Tilt-up towers can be installed without concrete and they tilt-up after all the assembly work is done on the ground. The 64 ft. tower in this package is the most common height used with the XL.1 turbine.  For sites with trees, taller towers are recommended.  These tower are available in heights up to 104 ft.

  The batteries are Trojan T-105's, a workhorse of the home power industry and an excellent value.  A total of four individual 6 volt batteries are connected in series  to provide 24 VDC nominal.  This battery bank will supply up to several days of power without wind energy input.  The 1,500 W Trace DR1524 modified-sine-wave inverter provides 120 VAC, 60 Hz (or 230 V, 50 Hz) and includes battery-charging and transfer relay functions.  For 60 Hz applications, a 120/240 VAC transformer may be needed to supply 240 VAC to the pump.  A back-up engine generator can be easily integrated, but it must be manually started and stopped.

The listed submersible pump is a 3” dia. Grundfos 22 SQ-120 pump that is capable of pumping up to 0.9 l/s (16 gpm) at a total pumping head of 43 m (140 ft).  The SQ centrifugal pumps feature soft starting that overcomes the traditional start-up surge problem with induction motors (problematic with static inverters) and automatic “dry well” shutdown (and restart).  This particular Grundfos pump draws 0.82 kW (1.1 Hp), but pumps drawing from 1/3 Hp to 1.5 Hp at 60 Hz can be used with the Trace 1.5 kW inverter.  Information on the SQ line of Grundfos pumps is available by clicking here.  Other types and brands of pumps may be used, but you must be careful about the ability of the inverter to start the pump.  Please contact Bergey Windpower for assistance choosing a pump for your particular situation.

  In addition to the equipment costs given below, a complete installation will typically include the following costs:  shipping, sales tax, permit costs, foundation and anchoring (some soil types), wire run, turbine and tower erection, battery racks or vault, electrical hook-up, and pump on-off switch.  Some users also incorporate a back-up gas, propane, or diesel generator into the system for extended periods of low wind speed. Your dealer or Bergey WindPower can assist you in budgeting these additional costs.  For budgeting purposes, these costs typically range from $1,000 (customer installed, no sales tax, etc) to $5,000 (Certified Dealer, sales tax, etc).