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Solar Installation Gallery

Check out our galleries below, or you can find us on Flickr.

Rouge Valley Conservation Centre Hybrid Energy ePole

The Rouge Valley Conservation Centre gets a 5.5kW hybrid wind+solar ePole. Selling its power to the grid via Ontario’s MicroFIT program, the ePole is expected to earn over $60,000 for the RVCC over the next 20 years.

IN THE NEWS: Wind-solar energy system to call Rouge Valley home

Rouge Valley Conservation Centre 50' spun concrete pole arrives on site Augering a 10' deep hole The Rouge Valley worksite RVCC, Ryerson U & EfstonScience Liberal MP Derek Lee (Scarborough—Rouge River) stops by the RVCC to check out the new ePole The solar mounting brackets arrive Solar mounting brackets are attached to the ePole 12 x 210W Sanyo Solar Panels are mounted to the brackets Finalizing the ePole assembly Wiring up the solar panels to the microinverters Closeup of the Enphase microinverters The ePole is directly buried in a 10' hole Raising the ePole Lowering the ePole into the hole Serena Lawrie from RVCC gears up to take some photos of the new ePole The GUS 10 VAWT is lowered onto the top of the ePole The finished ePole
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10kW Solar, Syndenham United Church

As part of Greening Sacred Spaces we designed and installed a 10 kW Enphase micro-inverter MicroFIT solar power system.

IN THE NEWS: Brantford Expositor; Brant News

Syndenham United Church in Brantford, ON Obvious roof work needed. Great surface area to work with! Many tall ladders had to be used -- it's critical that our installers are all Fall Safety Certified. If you need a new roof, it's a good idea to take care of that before installing solar panels. New roof shingles were required before installing the solar panels that will be on there for more than 20 years Half the rails are installed here. All rails must be installed and secured before we can put on the Enpahse Micro-Inverters All rails must be installed and secured before we can put on the Enpahse Micro-Inverters Full view of the church from the street. We're ready to put on the micro-inverters. Checking the work Syndenham Unit Church lawn sign The Enphase Micro-Inverters are being attached to the mounting rails The solar modules start to go on. You can see the Enphase Micro-Inverters attached to the rails -- one inverter per panel is required Half way done - looks good! Installation in progress. Work in progress - Start of Day 2, already half done Work in progress - Start of Day 2, already half done Just a few more panels to mount. The installers are discussing the finsihing touches. The EfstonScience Crew is very happy with the work they have done! The clients are very pleased with how it looks! The solar panels are neatly arranged and compliment the roof. Syndenham United Church with 10kW of solar panels on their south facing roof - front view Close up 10kW solar power system!
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25 ePoles installed in Downer’s Grove, IL

EfstonScience installed 25 ePole Hybrid Wind+Solar LED Streetlights in the community of Downer’s Grove, on the outskirts of Chicago, Illinois.

IN THE NEWS: Yonge Street Media; Video Report (YouTube)

Truckload of ePoles and streetlight arms ePole spun concrete poles GUS Turbines atop ePole Augering the base hole for ePole installation ePole batteries and charge controllers ePole base in ground ePole being lowered into position ePole turns on at dusk adjusting the ePole solar module Detail of the ePole GUS wind turbine genset Detail of ePole LED fixture Detail of the ePole solar module the complete ePole in Downer's Grove ePole at night
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3kW Rooftop GUS Wind Turbine, Toronto

EfstonScience installed a 3 kW GUS Vertical Axis Wind Turbine on the roof of a Victorian home in Toronto’s downtown Annex neighbourhood. Residential installations like this one take full advantage of the small footprint and silent operation of the GUS design.

IN THE NEWS: Read about it in EYE Magazine…

Rooftop location for the turbine GUS base with integrated flashing Homeowner looks on as GUS arrives Preparing the GUS for the trip to the roof GUS on the way up GUS being lowered into position GUS installed Nick Efston of EfstonScience and the proud homeowner

3.3kW MicroFIT Solar System, Burlington

This 3.3 kW grid-tied residential, sloped-roof MicroFIT solar power system uses Enphase micro-inverters to maximize DC-to-AC conversion at each panel.

Roof prior to installation Mounting and Solar Microinverters Dedicated Hydro Meter for MicroFIT 15x220W solar panels Another impeccable job by the eTeam