Power generation and transmission is a cleaner, more efficient process at night.

Because Distributed Energy Storage consumes power primarily at night, rather than during the day, it results in:

• 56% lower NOx emissions
• 40% lower CO2 greenhouse gas emissions
• 20-30% reduction in the amount of energy that power plants must consume in the process of generating and delivering electricity.

By easing peak demand, Distributed Energy Storage effectively increases the reliability of the power grid, reduces the possibility of blackouts and brownouts, and helps reduce our reliance on fossil fuels.

Distributed Energy Storage also enhances the performance and value of clean renewable technologies such as solar PV and wind, improving their viability and filling an important gap in today’s renewable energy portfolio.