Atlas Copco has launched its ECO Controller energy management system, designed to help operators improve energy efficiency, productivity and flexibility across worksites.
The system is integrated into Atlas Copco’s battery-based energy storage systems (ESS), including its ZBP and ZBC models. It acts as the central control system for managing energy output and distributing loads across temporary power applications.
The ECO Controller’s human-machine interface provides operators with greater control over energy generation, distribution and consumption through advanced data management.
Integrating generators and energy storage
The latest version of the system can communicate with third-party equipment, allowing operators to integrate different generator brands into modular portable power plants.
Atlas Copco says the system can work with generator controllers from manufacturers including DSE, CAT, Cummins and ComAp, enabling existing generator fleets to be incorporated into energy storage configurations.
This flexibility allows power systems to be configured according to individual site requirements while supporting a more modular approach to temporary power generation.
Optimising multiple energy sources
The ECO Controller can manage energy from multiple sources, including power generators, the electrical grid, renewable energy sources and battery-based energy storage systems.
By coordinating these inputs, the system can help operators optimise energy consumption and reduce unnecessary generator use.
The technology also incorporates functions such as automatic calibration, charging derating and configurable operating “recipes” designed for different site scenarios.
Remote monitoring and fleet management
The system provides operators with remote control capabilities, while operational data can be transferred to Atlas Copco’s FleetLink telematics platform.
This enables users to monitor and manage equipment remotely and gain greater visibility across their temporary power fleet.
Atlas Copco says the latest ECO Controller also includes enhanced troubleshooting functions, centralised ESS monitoring, rack isolation and cell temperature data, SD card data logging and improved manual operating controls.
The development reflects the growing use of energy storage and hybrid power systems across industrial and construction applications, where operators are seeking greater energy efficiency, flexibility and control over temporary power infrastructure.
