Solar Tech

Solar Technologies

Renewable solar photaic and solar thermal technologies to harvest the sun’s energy and solar window technologies to reduce excess solar heat gain and reduce power consumption for air conditioning.

Generate Power – Solar PV Roof Singles – Solar Shingle Canada

Convert your roof into an energy generation system. Our solar shingle replace conventional asphalt shingle tiles with an integrated system of modular photovoltaic tiles that easily connect together in a Lego-like fashion to transform an entire roof into a energy producing solar array. Solar Shingle obviate the need for costly and cumbersome racking for large cumbersome solar panels as well as asphalt shingles, dramatically reducing the cost of a fully functional energy system. Ideal for off-grid applications including remote First Nation communities, mining and resource extraction facilities, military facilities and scientific installations.

Control Solar UV Heat – HanitaTek SolarZone – Solar Window Films

Dramatically reduce air conditioning costs, improve building occupant comfort levels and reduce ultraviolet (UV) light damage to vulnerable products including food and paint. HanitaTek SolarZone films transmit the desired light of the visible spectrum while blocking the damaging heat generating invisible UV spectrum light. Ideal for any facility with large windows where maintaining a stable comfortable environment while conserving energy is a priority.

Control Solar UV Heat – eTime Energy – Liquid Applied Solar Window Film

Canadian developed nano-technology solar window film. Dramatically reduce admission of heat contained in invisible ultraviolet (UV) light spectrum while admitting welcome visible light. Liquid formulation is ideal solution for bubble dome skylights, historic & heritage buildings and difficult to access windows. eTime Energy can provide fully trained technicians to professionally apply the eTime solution. Reduce energy costs, improve building comfort and reduce damage and danger due to UV light radiation.