Energy storage systems range expanded

Atlas Copco is expanding its Energy Storage Systems (ESS) range with the launch of the new ZBP 120-120 and ZBP 150-150 models. The innovative system, which delivers the highest power with capacity of up to 150kWh in a portable model, is built on Atlas Copco’s lithium-ion battery technology so operators in noise-sensitive environments such as construction sites and events, can benefit from clean, quiet energy to reduce their emissions.

Says Tobias Schuster, Divisional Product Marketing Manager at Atlas Copco Power and Flow: “The ZBP 120-120 and ZBP 150-150 fit the gap between our canopy range of ZBP and the larger container-based ZBC models and we now have a very comprehensive portfolio of energy storage solutions on the market. With seven models in the range, covering power capacities from 2kWh to 575kWh, there really is an option for all operators to realise the advantages of quiet and low emissions power.”

The new ESS is built to the same high standards as the existing ZBP range and offers the same advantages, specifically enabling end users to cut dioxide emissions during operations, and achieve significant fuel, energy and lifecycle savings. However, users now have more flexibility and versatility over their power options.

Energy storage systems are designed to provide reliable, and quiet energy for applications on construction sites, events, telecom, and especially metropolitan sites. The ZBP 120-120 and the ZBP 150-150 models are suitable for use where demanding flow of electrical power energy is required, as the systems efficiently cover low loads. For example, the systems can appropriately size cranes and other electric motors, and successfully manage peaks in energy demand for events and for electric vehicle (EV) recharging stations.

Operators can quickly and easily set up the ESS in a variety of ways: it can be used as a sole source of power when operating in ‘island mode’, or in a hybrid setting in conjunction with alternative power sources such as mains, generators or renewable energy. For users wanting more power capacity, the ESS can also be connected easily in series to deliver double the power capacity.

ZBP 120-120 has a 400A of passthrough capability, which means that users can access even higher power levels. In hybrid mode it has the highest passthrough available on the market now, and can deliver 436kVA output, creating additional versatility for users.

Additionally, using the system as part of a hybrid solution means users can extend the life of their generators and make fuel savings of up to 90%.

By combining ESS with traditional fuel-based generators, the lifetime of the generator can be extended, service intervals increased, and total cost of ownership reduced.

The systems integrate reliable lithium-ion batteries with advanced thermal management technology to operate reliably in temperatures from -20°C to +50°C and they are especially designed to be used outside and moved around site. The ESS has an ingress protection rating of IP55 to withstand the elements and is available with a C4M coating for corrosion resistance, as well as a galvanised frame for multi drop applications. The integrated lifting structure on the ZBP 120-120, with sling guides and forklift slots allows easy transportation.

The systems are fast to set up in less than a minute thanks to plug and play quick connection ports, and users can easily switch between applications on their site. Furthermore, the systems can be charged quickly, in less than an hour, to keep operations running smoothly. Also, remote two-way connection to the machines ensures fast and easy monitoring and fine tuning of the application to reach highest efficiencies in every application.

All ESS solutions come with Atlas Copco’s proprietary energy management system, the ECO Controller, which monitors and controls the ESS to ensure best performance. The ECO integrates performance data to optimize energy generation, distribution and consumption, seamlessly communicating with all components in the installation including inverters, batteries, solar charge controllers, energy meters as well as third party equipment such as generators or loads.