Trusted Electricians in Comox, BC

Solar panels in regions like Vancouver Island can efficiently capture sunlight and convert it to electricity. The generated DC (Direct Current) is transformed to AC (Alternating Current) by inverters, which are then used to power homes. Any surplus power can be fed back into the BC Hydro grid, contributing to sustainable living.

In British Columbia, particularly in coastal areas like Vancouver Island, solar PV systems are efficient despite common myths about inadequate sunshine. A standard 10kW solar system installed in this region is expected to produce around 11,000 kWh yearly, aligning with the typical annual consumption of a BC household. This efficiency supports homeowners in achieving net-zero energy status by balancing their yearly energy usage with solar production.

Solar panels in BC are designed to be highly efficient even during the rainy season. While rainfall will reduce solar panel efficiency, it also helps clean the panels, maintaining their performance. Modern solar technology ensures that even during overcast conditions, panels can still capture and convert sunlight into usable energy. In regions like Vancouver Island, where the rainy season is prominent, solar systems are installed considering the angle and orientation for optimal light absorption year-round.

During power outages, solar energy systems in British Columbia are equipped to automatically shut down, resuming operation once grid power is restored. This feature ensures safety for utility workers and system integrity. Homeowners can opt for additional solutions like battery storage systems or backup generators to maintain power during outages. The Tesla Powerwall, for instance, offers unique energy management capabilities, allowing homeowners to optimize their solar energy usage and maintain power self-sufficiency in BC.

A common criticism of solar is the upstream greenhouse gas emissions associated with manufacturing. No method of electricity generation is perfect, and it is true that solar produces emissions in the extraction, processing, manufacturing, and transport stages. However, these emissions are far outweighed by the emissions saved throughout the productive lifespan of the system. Although dependent on a variety of factors, it is estimated that most Solar PV systems save the amount of energy used to produce them within 1 to 4 years of use. Additionally, it is important to remember that by weight, solar panels are 76% comprised of glass which is manufactured no differently for solar. Many manufacturers of solar products are committed to reducing greenhouse gas emissions related to the creation of materials and have established emission reduction, responsible sourcing, and electrification plans.