Blue Planet
Projects
From luxury residences to medical facilities and remote communities, we're empowering people everywhere. Discover the versatility of our battery energy storage solutions by exploring our case studies below.
OMD - Nesmith Readiness Center
The OMD Nesmith Readiness Center is a military facility in Oregon that requires reliable energy sources to operate effectively. Blue Planet Energy partnered with the Oregon Military Department to install a renewable energy system, which provides energy independence during power outages. This case study discusses the challenges and considerations associated with installing renewable energy systems in military facilities and how this partnership addressed these challenges.
Kona Rainforest Coffee
Coffee farmers in Hawaii face high energy costs and limited access to reliable energy sources. To address these challenges, Blue Planet Energy partnered with Hawaii Energy Connection to install a solar-plus-storage system that maximizes energy savings and sustainability for coffee farm owners in Hawaii. This case study details the challenges and solutions associated with implementing a solar-plus-storage system for agricultural operations.
Enclave One
Blue Planet Energy highlights the benefits of solar-plus-storage systems for homeowners in this project. The focus is on improved energy security, reduced dependence on the grid, and increased savings that homeowners can achieve by incorporating these systems into their homes. The project features testimonials from homeowners who have implemented the systems, showcasing the real-world impact of this technology.
Porter Family Residence
Blue Planet Energy has partnered with Hawaiian homeowners to provide savings and energy resilience through the implementation of solar-plus-storage systems. The new systems, which have a capacity of 5-10 kWh, will allow homeowners to store excess energy generated by their solar panels and use it during power outages, improving their energy security and reducing their dependence on the grid. This partnership represents a significant step towards a cleaner, more reliable energy future for Hawaiian homeowners.
Chileno Bay Residences
Homeowners in Baja California, Mexico, face high energy costs and limited access to reliable energy sources. To address these challenges, Blue Planet Energy partnered with Green Energy Technologies to install a solar-plus-storage system that provides energy independence and long-term savings for homeowners in Mexico. This case study details the challenges and solutions associated with implementing a solar-plus-storage system for residential properties.
Martín García Puerto Rican Middle Schools
Blue Planet Energy created resilience hubs at three schools in Puerto Rico to provide backup power during emergencies and natural disasters. This case study details the challenges and solutions associated with creating resilience hubs at Puerto Rican schools.
Basalt Vista - Habitat for Humanity
Blue Planet Energy partnered with Habitat for Humanity, NREL, DOE, and Holy Cross Energy to deliver renewable power and homeowner savings to a Habitat for Humanity community in Colorado. This case study details the challenges and solutions associated with implementing a renewable energy system for a Habitat for Humanity community in Colorado.
Culebra Center for Diagnosis and Treatment
Blue Planet Energy has provided critical backup power for a hospital in Puerto Rico in the aftermath of Hurricane Maria. The hospital, which serves a vulnerable population in a remote area, had been without power for months, relying on diesel generators that were expensive and prone to supply disruptions. The Blue Planet Energy solution, which included a 12kW solar array and a 48 kWh battery system, has provided the hospital with a reliable source of clean, renewable energy and improved its energy security.
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.