A TRUE REVOLUTION IN FLYWHEEL ENERGY STORAGE - HIGH PERFORMANCE TECHNOLOGIES RE-ENGINEERED FOR VALUE.
NEXT GENERATION FLYWHEELS
At our systems core is a composite flywheel originated by BP for high performance, long life and low series production costs.
Industrial Power Response flywheels have proven 20-year life and proven thousands of hours safe operation.
The arrangement of the Industrial Power Response flywheel is like no other - different engineering to radically reduce costs.
HIGH EFFICIENCY MOTORS
The motor and drive powering our system is ultra high efficiency contributing to our 90+ round trip efficiency.
Co-designed with the world leading pioneers in this industrial class of electric machines.
Designed to use few precious metals, this motor is less susceptible to volatile markets for components.
HIGH POWER OUTPUT FULLY ELECTRIC MACHINE
Each module delivers 130kW (average) and 150kW (peak) power with a 1 kWh energy storage
Modules can be operated in an array or containerised to provide for combinations of power output and power duration.
Designed to operate on industrial DC-networks off the shelf with no converters or other ancillaries.
OPTIMISED CONTROL SYSTEMS
The machine operates control algorithms for power / energy optimisation and condition monitoring originated
The control systems originated and optimised by the University of Reading for industrial energy application
The controls can be finessed for different applications using on-board automation systems, developed by German world leader
BUILT FOR INDUSTRIAL ENVIRONMENTS
The system is delivered in skid format that can sit right on the shop floor or outside, no special conditioning required.
The flywheel has been subjected to operations on a skid pan operating safely at excessive G-forces and vibrating heavy port machinery.
The flywheel was safety tested by Rolls Royce and leading safety consultants involved in assuring design.
HIGH TECHNOLOGY ADVANCED ENGINEERING; LOW COST SERIES PRODUCTION
The Industrial Power Response system was engineered to deliver a better value flywheel suited for industrial application.
The approach adopts lower cost ingredients suited for series production, where high performance can be engineered in.
The system is designed in the UK with the majority of components designed, made and assembled in the UK.