Hover’s integrated microgrid exists to give commercial, industrial, and government facilities reliable on-site renewable power. It serves building owners facing grid instability, rising energy costs, and decarbonization mandates. By combining rooftop wind, solar, battery storage, and real-time controls, Hover optimizes generation and resilience. Customer value is measured through load offset, uptime, and long-term cost savings.
A building-mounted microgrid combining rooftop wind turbines, solar PV, and modular battery storage into a single on-site renewable energy system designed to reduce grid dependence and improve resilience.
Proprietary Renewable Energy Router™ provides real-time monitoring, automated control, and optimization across all energy assets, enabling efficient load management, peak shaving, and system performance visibility.
Each system is engineered through detailed site assessments evaluating wind, solar, load profiles, structural capacity, and interconnection requirements to deliver an optimized, site-specific energy solution.
Hover’s integrated microgrid combines rooftop wind, solar PV, battery storage, and real-time controls to reduce utility reliance in commercial buildings. Deployments increase on-site generation, improve resilience, and can achieve up to 48% load offset.
Hover’s integrated microgrid supplies reliable on-site power for water and wastewater facilities. Wind, solar, storage, and automated controls reduce outage risk, stabilize energy costs, and maintain critical operations.
Hover’s microgrids deliver optimized behind-the-meter generation using wind, solar, and storage. Systems reduce peak demand, support grid stability, and provide measurable load reduction for utilities and customers.
Hover deploys building-mounted microgrids across urban infrastructure to improve energy reliability. Integrated wind, solar, storage, and centralized controls reduce emissions, strengthen resilience, and support city decarbonization goals.
Hover enables developers to integrate rooftop wind, solar, and storage into new builds and retrofits. Site-engineered microgrids reduce lifetime energy costs, support sustainability targets, and enhance long-term asset value.