It does this by monitoring the voltage and current coming from the solar panel and comparing it to the voltage of the battery. The solar charge controller regulates the flow of electricity from the solar panel to the battery. This device ensures that the battery is not overcharged or damaged by the solar panel, and also prevents the discharge of the battery back into the solar panel during periods of low or no sunlight. (TOP PHOTO: Enbridge has constructed a solar self-power facility adjacent to its compressor station in Heidlersburg, Pennsylvania.What Is a Solar Charge Controller and What Does It Do?Ī solar charge controller is an electronic device that is used to regulate the charging of a battery from a solar panel. One might even say the future is as bright …. “Since announcing our emission reduction goals in November 2020, we’ve reduced our emissions intensity by 27% from a 2018 baseline.”Īs demonstrated by Enbridge’s diligent, safe and innovative move towards solar self-power, our commitment to providing lower-carbon energy solutions that don’t strain existing resources is clear. “Our plan is well underway and it includes the solar self-power facilities now being developed and placed in service,” says Pete Sheffield, Enbridge’s Chief Sustainability Officer. Add it all up and the company now has 23 wind farms in operation and under construction, 17 solar energy operations, 7 renewable natural gas facilities, 2 hydrogen facilities and 10 other renewable power assets.

Our overall low-carbon portfolio has grown from an investment in a single wind farm in 2002 to more than C$8 billion invested in renewable energy projects at the end of last year. “It’s just one of the ways we’ll achieve our goal of net zero emissions by 2050.”Įnbridge’s journey forward isn’t only about the sun. “These projects will reduce the company’s emissions produced from generating the electricity we use in the transportation of oil and natural gas,” says David Watkins, Enbridge’s Director of Self Power and JV Partnerships. For the 13 solar self-power projects currently built or in development, that’s an estimated emissions reduction of roughly 100,000 tCO2e annually -about equal to leaving 21,500 cars parked in the driveway each year. The clean energy created by the solar panels provides electricity to run facilities that push hydrocarbons through Enbridge’s liquids and natural gas transmission pipeline systems. Three solar self-power sites are already operating, and we’re contemplating building more of the facilities over time. The current phase of solar self-power investments involves constructing 10 solar farms in the vicinity of company pipelines in Wisconsin, Illinois, Ohio, and Minnesota. This solar self-power program is part of a broad plan to reduce our company’s carbon footprint. is harnessing the sun to power compressor and pump stations along our pipelines that transport conventional fuels to consumers. Suite of solar farms across North America reflects our ESG commitmentsĮnbridge Inc.

Solar powered keyboard not charging