Grid tied Inverters

96% Efficient

AC/DC Disconnect Switch

10 year warranty

Increased energy yield with advanced MPPT

Access to energy output graphs including hourly, daily, weekly, monthly and annual production graphs

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Solar Power Management

eIQ Energy's innovative, patent pending, power management technology makes solar energy more dependable and affordable. Our Parallux solution enables solar arrays to harvest more energy, and has advantages throughout the entire deployment: from design to installation and daily operation.

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WSE SunFarm Racking System

WSE has rethought what a solar system should be and redesigned the construction process with modern methods and advanced engineering to help fasttrack solar PV into the era of grid parity.

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Commercial Rooftop Mounting System

Technology that make solar installations easier and less costly. Still today, most commercial and industrial installations are done using the same methods as for smaller residential systems. The concept of StructuralPV™ is to bring some of the advancements in commercial construction to the solar industry.

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Two Technologies
If you were to place a crystalline module beside a thin-film module, some differences will be more apparent than others.
The first distinction is appearance. Single-crystal PV modules have distinct, dark-colored cells that are either rectangular or octagonal in shape; multicrystalline modules have some sparkle to the cells, and are usually rectangular. In each, the electrical connections are evident as a regular pattern of
parallel, silver lines called traces.
"Thin-film" is used somewhat as a catch-all phrase, since it refers to a variety of module compositions, including amorphous silicon (a-Si), cadmium telluride (CdTe), and copper indium gallium diselenide (CIGS). One of the main advantages to amorphous silicon is that it can be
directly deposited on glass or even plastic, allowing it to be manufactured in long, continuous rolls, or incorporated onto a flexible substrate, such as laminates, shingles, and roofing tiles-even backpacks.

The appearance of amorphous silicon also tends to be more uniform. Because of the uniform color,
thin-film products appeal to those with a major concern for aesthetics-architects, designers, and end users-for streamlined building-integrated applications.
But where the differences between the two module types really show up is in their sunlight-to-electricity conversion efficiencies and power densities. Crystalline modules require less space than thin-film modules for the same amount of power-thin-film is less efficient in the conversion of sunlight
to electricity.
Single- and multicrystalline modules have typical conversion efficiencies between 12% and 17%. But thin-film technologies can have half that, ranging from 6% to 8%. Thin film modules take up about twice as much space to generate an equivalent amount of energy compared to crystalline

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Checkout the Performance of our WSE Grid Tied PV System on Vereco Home in Saskatoon

These are our WSEmicrofit panels

With performance like this, it is easy understanding why WSE Solar PV Panels are the best choice.

Hello:
Today I was at the VerEco Net Zero Home around noon, and noticed that the outdoor conditions were excellent for solar gain. The sky was cloudless, there was snow on the parking lot in front of the PV modules, there was no snow on the modules, and the temperature was about -25 C.
The array is rated at 4.4 kW, and around solar noon today the output was about 4.9 kW.

"The rocks that produce electricity" (to use Martin Holladay's evocative description of PV cells) were outdoing themselves today. Some might even say they were rocking.

Now if only it would warm up!
Attached is the hourly output from the TED 5002 G unit for the past several days. The PV production is shown as a negative value; the house consumption as a positive.
Sustainably,

Rob Dumont
Dumont and Associates

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