Financing behind-the-meter (demand-side) battery projects has always been challenging for commercial and industrial customers. Here are 4 factors that make it possible.
Two strategies industrial facilities can use to reduce high electricity demand charges.
Canadian tools that optimize electricity consumption are helping building operators drive down energy costs and shrink their carbon footprint.
Decentralization and resilience are the key words to building a power grid that can withstand sudden weather disasters like the Toronto rainstorm.
Battery energy storage systems are a great way for manufacturing facilities to reduce costs and even generate additional revenue. However, these projects come at a high cost and have a lengthy and involved deployment process. Fortunately, there are strategies to protect the return on investment of these projects at every stage.
Funding for the project was sourced with the assistance of Peak Power, a cleantech company that deploys, operates and optimizes battery storage, grid-interactive buildings, and electric vehicles under a single software platform.
Keep it simple. The energy industry is extremely complicated, and we can get so “into our own story” that we miss the forest for the trees.
Unleashing the Power of Intelligent Energy with Peak Power.
Batteries at Etobicoke dairy and beyond let companies cut bills and gas-plant emissions while protecting power supply.
Energy optimisation software provider Peak Power has received US$35 million investment
Contact us to book your free virtual site assessment to determine if distributed energy resources could contribute to your financial and environmental goals.
