Leveraging Energy Storage to Decarbonize and Maximize Industrial Operational Performance

Synopsis

Organizations are under pressure to use energy more efficiently, reliably and economically, while meeting sustainability goals and maintaining safety. Energy assets may be geographically dispersed and often include aging infrastructure and a variety of equipment manufacturer assets and control systems which may not be optimized to meet the operating demands of the current market. More efficient and reliable energy management can be achieved with an end-to-end EMS and BESS approach enabling microgrids linking traditional fossil fuel sources to solar power and the grid.

We will outline an all-in-one battery energy storage system (BESS) approach with hardware, vendor-agnostic software, analytics and services in one solution.  Linking traditional fossil-fuel self-generation, solar power, battery storage, and the grid using data visibility, historic trends, and predictive analytics enables microgrid demand management via a Virtual Power Plant.  This empowers end users to implement peak shaving and energy trading, and balance energy sources across a company’s electrical infrastructure.

Learn how to optimize operations, meet sustainability objectives, and achieve significant cost savings with smart technologies and energy management best practices.