Industrial Microgrids
Demand for electric energy is rising along with costs. Grid congestion, voltage instability and CO2 emissions only add to those costs. In this environment, energy-intensive industries are building microgrids to assure and optimize energy availability for their own use, avoid peak grid fees, and reach decarbonization goals. CellCube’s storage technology offers our industrial customers a holistic solution that secures energy supply and grid quality, improves integration and efficiency of renewable generation sources, and reduces CO2 emissions.
Critical Manufacturing
In the production and processing industries, optimizing energy costs is a challenge because demand for energy is intensive and interruptions are expensive. CellCube’s multi-hour storage system covers demand peaks while its quick reaction time (less than 10 milliseconds) guards against failures in production machines caused by a weak grid, voltage dips, and black outs.
Hospitals
When lives are on the line, power systems can never be offline. CellCube batteries assure power for super-critical infrastructure while enabling substantial energy cost savings. With our non-flammable, non-explosive aqueous electrolyte, the safety of patients and personnel is assured.
Higher Education
Economists and ecologists can find plenty to agree on with CellCube’s combination of high lifecycle energy efficiency, unmatched material reusability/recyclability, and low carbon footprint. University administrators appreciate the cost savings that can come from renewables integration, energy shifting, minimal operating expense and lower insurance premiums.
Agriculture
In remote areas where grid expansion or connection is not possible, CellCube’s long-duration energy storage and discharge solutions work in combination with alternative energy sources like wind and solar power to provide a stable supply of electricity and a realistic alternative to diesel and gas generation sets and equipment engines.
Charging Stations
E-mobility is becoming more and more important, and it requires a well-developed charging infrastructure. On-grid or in combination with the integration of wind and solar energy, CellCube’s energy storage systems enable electric charging station operators and companies with large vehicle fleets to provide the high-volume energy needed for charging multiple vehicles at the same time. These systems help prevent grid overload, avoid grid expansion (where applicable), and meet the expectations for sustainable mobility.