How Battery Storage Is Transforming Temporary Power on Jobsites Worldwide

As the demand grows for cleaner and more efficient energy solutions on construction sites and remote operations, the POWR2 POWRBANK MAX is being adopted globally to support temporary power needs. This large-scale battery energy storage system (BESS) is designed for flexibility and scalability, offering a viable alternative to traditional diesel generators.

Global Applications of the POWRBANK MAX

Industries across the world are deploying the POWRBANK MAX to reduce fuel consumption, limit emissions, and provide stable off-grid power. Here are several use cases highlighting its role in temporary and remote power applications:

• Residential Construction: On a large housing development site, the system powered both site operations and homes awaiting grid connection. It reduced generator noise and emissions while providing uninterrupted power.
• Aqueduct Construction: At a remote aqueduct project, the POWRBANK MAX ran two compressors critical to drilling operations, demonstrating its ability to deliver consistent energy in rugged conditions.
• Marine Construction: Installed on a spud barge, the unit powered equipment including pumps, pile drivers, and HVAC systems. The setup minimized refueling requirements and supported operations in a fuel-sensitive marine environment.
• Remote Desert Site: Used as the primary power source for a tower crane, HVAC, and lighting on a desert jobsite, the system operated independently for most of the day. A backup generator was used once daily for recharging, reducing overall fuel usage.
• Bridge and Tunnel Expansion: During a heavy civil engineering project, the POWRBANK MAX provided energy for critical systems throughout construction. It helped optimize temporary power use across the site.

Evolving the Approach to Temporary Power

The use of battery storage systems like the POWRBANK MAX reflects a broader shift toward sustainable jobsite operations. In applications ranging from residential builds to complex marine and infrastructure projects, battery-powered systems are offering a lower-emission, quieter, and often more cost-effective alternative to diesel generators.

As industries seek to improve energy efficiency and meet sustainability targets, scalable BESS solutions are becoming an essential part of modern construction and remote power strategies.