THIS PROJECT AIMS TO DEPLOY HIGH-PENETRATION SOLAR PV AND BATTERY STORAGE SYSTEMS INTO EXISTING MICROGRIDS IN EIGHT REMOTE TRIBAL COMMUNITIES CURRENTLY RELYING ON DIESEL FOR 100% OF THEIR ELECTRICAL PRODUCTION. ALL EIGHT TRIBAL COMMUNITIES ARE INACCESSIBLE BY ROAD AND HAVE LIMITED SEASONAL ACCESSIBILITY BY BOAT OR SMALL AIRPLANE, WHICH LEADS TO ELECTRICITY COSTS THAT ARE MORE THAN FOUR TIMES HIGHER THAN THE NATIONAL AVERAGE. IN COLLABORATION WITH THE ALASKA VILLAGE ELECTRIC COOPERATIVE, THE PROJECT TEAM PLANS TO MODERNIZE GRID INFRASTRUCTURE, PROVIDE JOB TRAINING TO TRIBAL COMMUNITIES AND DEVELOP ALASKA’S LARGEST TRIBALLY OWNED AND OPERATED INDEPENDENT POWER PRODUCER (IPP). THE PROJECT WILL STRIVE TO OFFSET THE REGION’S DIESEL CONSUMPTION BY 40%, WHICH WILL LOWER ENERGY COSTS AND REDUCE GREENHOUSE GAS EMISSIONS BY MORE THAN 1,550 METRIC TONS PER YEAR OVER THE PROJECT’S 25-YEAR LIFESPAN. AS PART OF ITS COMMUNITY BENEFITS PLAN, THIS PROJECT AIMS TO IMPROVE GRID RELIABILITY, E

Summary

THIS PROJECT AIMS TO DEPLOY HIGH-PENETRATION SOLAR PV AND BATTERY STORAGE SYSTEMS INTO EXISTING MICROGRIDS IN EIGHT REMOTE TRIBAL COMMUNITIES CURRENTLY RELYING ON DIESEL FOR 100% OF THEIR ELECTRICAL PRODUCTION. ALL EIGHT TRIBAL COMMUNITIES ARE INACCESSIBLE BY ROAD AND HAVE LIMITED SEASONAL ACCESSIBILITY BY BOAT OR SMALL AIRPLANE, WHICH LEADS TO ELECTRICITY COSTS THAT ARE MORE THAN FOUR TIMES HIGHER THAN THE NATIONAL AVERAGE. IN COLLABORATION WITH THE ALASKA VILLAGE ELECTRIC COOPERATIVE, THE PROJECT TEAM PLANS TO MODERNIZE GRID INFRASTRUCTURE, PROVIDE JOB TRAINING TO TRIBAL COMMUNITIES AND DEVELOP ALASKA’S LARGEST TRIBALLY OWNED AND OPERATED INDEPENDENT POWER PRODUCER (IPP). THE PROJECT WILL STRIVE TO OFFSET THE REGION’S DIESEL CONSUMPTION BY 40%, WHICH WILL LOWER ENERGY COSTS AND REDUCE GREENHOUSE GAS EMISSIONS BY MORE THAN 1,550 METRIC TONS PER YEAR OVER THE PROJECT’S 25-YEAR LIFESPAN. AS PART OF ITS COMMUNITY BENEFITS PLAN, THIS PROJECT AIMS TO IMPROVE GRID RELIABILITY, E