Commercial Grid Connected Solar Systems – From $22000 + GST

Solar PV Designed For Business

Solar PV works great for many business types, especially those which use power during the day as you can make greater use of the power produced on site. By lessening the amount of electricity exported to the grid, you directly offset the need to buy power. This makes for large savings, fast pay back periods and a high ROI.

Standard Packages
Our commercial business packages start at 10kWp, and we can design and build systems as large as you require. Packages include the design and analysis, supply & installation of equipment, and commissioning. Monitoring systems are also provided so that you can closely monitor your investment in solar energy.

  10kWp 20kWp 30kWp 40kWp 50kWp
PV Panels 40 x 260watt
Renesola
80 x 260watt
Renesola
120 x 260watt
Renesola
160 x 260watt
Renesola
200 x 260watt
Renesola
Inverter SOLIVIA 10kW
3 Phase
SOLIVIA 20kW
3 Phase
SOLIVIA 30kW
3 Phase
2 x SOLIVIA 20kW 3 Phase SOLIVIA 20 & 30kW 3 Phase
Mounting Flat Frame Flat Frame Flat Frame Flat Frame Flat Frame
Typical cost* $22,990.00 $41,990.00 $59,990.00 $81,990.00 $98,990.00
Potential Generation** 14,500kWh 29,000kWh 43,500kWh 58,000kWh 72,500kWh

* Package prices exclusive of GST and are examples only. A full system design and quote is required for each commercial installation as there is a lot of variation in cable lengths, access, roof fixing and so on.
** Generation figures are based on the Auckland region, with the solar array facing north and pitched at 20deg.

Return on investment
All system designs will include full ROI calculations so that you can see a complete picture of your investment projected over the next 30 years. Typical ROI for commercial applications is at least 15% with payback periods of 5 – 8 years.}

PDF Download

Enphase_Commercial_Brochure.pdf
Renesola-Virtus-II-250w-260w3.pdf
SMA-STP10000TL-STP17000TL-brochure.pdf
SMA-STP20000TL.pdf
SOLIVIA-10TL.pdf
SOLIVIA-15TL.pdf
SOLIVIA-20TL.pdf
SOLIVIA-30TL.pdf

Typical Applications

 
PV Solar on a Warehouse & Logistics Operation DCIM100GOPRO
This example is of a 10kWp grid connected PV Solar system installed on a Warehouse and Logistics facility. This facility operates mainly throughout the day and therefore the bulk of the energy generated is consumed on site.
 
PV Solar on an Adventure Lodge img
This example is of a 10kWp grid connected PV Solar system on an Adventure Lodge. While the facility is not being used or has low occupancy, excess energy is sold to the grid which builds credit when the energy retailer for higher occupancy, high demand periods.
 
PV Solar on a Wheel & Tyre Wholesale Warehouseimg
This example is of a 50kWp grid connected PV Solar system on a large Wheel & Tyre Warehouse. This operations runs mainly throughout the day and therefore the bulk of the energy generated is consumed on site.
 
PV Solar on a Schoolimg
This example is of a 20kWp grid connected PV Solar system on a School. Schools are perfect for solar as the bulk of their energy is consumed during the day while the children are on site. Children can also study the solar generation as part of their tuition.
 
PV Solar on a Dairy Farm Operation
This example is of an 80kWp grid connected PV Solar system on a Dairy Farm. Dairy farmers consume a lot of energy in the dairy shed heating water, pumping and for the cooling of milk each day. The bulk of the energy consumed in the dairy shed is throughout the day, which is perfect for solar generation.
 
PV Solar on a Vineyard
This example is of a very large grid connected PV Solar system on a Vineyard, which is consuming a lot of energy producing wine.
As well as heavily reducing their energy costs, they have also dramatically reduced their carbon footprint, increasing the marketability of their product.
 
PV Solar on a Greenhousegreenhouse_solar
This example is of a 10kWp grid connected PV Solar system on a Greenhouse.
Energy is used to irrigate the plants, maintain the correct temperatures within the Greenhouse and for harvesting of the crops. The bulk of this energy is used throughout the day, which is perfect for solar generation.