Sandbar Solar & Electric Microgrid Facility

Blue Planet Energy has reinforced an 11,500 sq. ft. warehouse microgrid in Hawaii with a new energy storage system. This case study details the challenges and solutions associated with reinforcing a warehouse microgrid with a new energy storage system.

April 1, 2020
Commercial
Santa Cruz, CA
Product
Blue Wave
Battery Size
(2) Blue Ion LXHV cabinets, 64 kWh capacity total (3) Avalon 30 kWh AFB3

Sandbar Solar & Electric Microgrid Facility

Blue Planet Energy has reinforced an 11,500 sq. ft. warehouse microgrid in Hawaii with a new energy storage system. This case study details the challenges and solutions associated with reinforcing a warehouse microgrid with a new energy storage system.

01.

The Challenge

The objective of this project is to showcase how Blue Planet Energy reinforced a warehouse microgrid in Hawaii with a new energy storage system, improving its reliability and efficiency. This case study aims to educate and inspire others about the benefits of energy storage systems for microgrids and how they can contribute to a more sustainable future.

02.

Energy Solution

To reinforce the warehouse microgrid in Hawaii, Blue Planet Energy installed a new energy storage system that is designed to store energy generated by the solar panels and provide reliable backup power during outages. The installation required careful planning and consideration of the unique challenges associated with microgrids, including reliability and efficiency needs. The new energy storage system has reinforced the warehouse microgrid in Hawaii, providing reliable backup power during outages and reducing the reliance on the grid, resulting in cost savings and improved energy efficiency.

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