RENEWABLE ENERGY STORAGE

Store energy. Stabilise power. Keep critical systems available.

TURNER ECS supports the integration of battery energy storage into marine and power-generation systems where availability, control coordination and safe operating transitions matter.

The engineering scope connects storage, generation, protection, power management and supervisory control as one operating system—designed around the way the asset must perform in the real world.

Marine & offshorePower generationHybrid systems
Containerised battery energy storage integrated with a marine port power system
Battery Energy Storage Systems
Island microgrid combining wind, solar, battery storage and local power control
NON-INTERCONNECTED ISLANDS

Build a stable microgrid without relying on a wider network.

Island systems must balance variable renewable generation, storage, conventional generation and changing demand locally. TURNER ECS develops the control philosophy, interfaces and validation route required to coordinate these assets and preserve frequency, voltage and operating reserve.

01Balance generation, storage and demand across every operating mode.
02Protect the island network through coordinated limits and fallback strategies.
03Validate control behaviour before it reaches the live system.
LONG-DURATION ENERGY STORAGE

Connect long-duration storage to the complete energy system.

Energy Dome’s CO2 Battery stores energy through a closed thermomechanical cycle using carbon dioxide as the working fluid. Its industrial architecture combines established components in a long-duration storage system.

For projects evaluating this technology route, TURNER ECS focuses on the surrounding control, protection, power-management and system-integration requirements needed to connect storage with generation, the grid and site operations.

Explore Energy Dome technology

Industrial long-duration energy storage plant using a CO2 thermomechanical cycle
External technology reference