Blue Planet Energy Expands into Arctic Circle With First-of-its-Kind Microgrid for Remote Alaskan Village
The Shungnak Native Village in Alaska faced significant energy challenges due to the remote location of the community and dependence on diesel fuel for electricity. To address this issue, Blue Planet Energy partnered with the community to install a microgrid system that would provide reliable, sustainable energy for the village. This case study details the challenges and solutions associated with implementing a microgrid system in a remote location.
Blue Planet Energy Expands into Arctic Circle With First-of-its-Kind Microgrid for Remote Alaskan Village
The Shungnak Native Village in Alaska faced significant energy challenges due to the remote location of the community and dependence on diesel fuel for electricity. To address this issue, Blue Planet Energy partnered with the community to install a microgrid system that would provide reliable, sustainable energy for the village. This case study details the challenges and solutions associated with implementing a microgrid system in a remote location.
The Challenge
The objective of this project is to highlight the partnership between the Shungnak Native Village and Blue Planet Energy and how they collaborated to bring sustainable energy to the community. This article aims to inform and inspire others about the potential of microgrid systems to provide reliable, sustainable energy in remote locations.
Energy Solution
To bring sustainable energy to the Shungnak Native Village, Blue Planet Energy installed a microgrid system that included solar panels, battery storage, and backup diesel generators. The system provides the village with a reliable source of electricity while reducing their dependence on diesel fuel. The installation required careful planning and consideration of the unique challenges associated with remote locations, including logistics and transportation. The microgrid system has provided the Shungnak Native Village with reliable, sustainable energy and reduced their reliance on diesel fuel, resulting in cost savings and improved air quality.
