Energy Storage Systems for Sustainable Microgrids

Innovus Power's GridGenius systems achieve up to 90%+ renewable penetration without the need for curtailment at any penetration level. The proprietary Energy Management Control System (EMCS) continuously integrates and optimizes solar, wind, and stored energy, enabling near or below utility-cost electricity regardless of location or load variability.

Yes. All GridGenius microgrid systems support both grid-tied and islanded (off-grid) operation. They can function as grid-forming or grid-following depending on application requirements. This flexibility makes them suitable for remote communities, industrial facilities, and utility-connected sites with seamless switching between configurations.

Innovus Power systems support a wide range of fuels including diesel, biodiesel, natural gas, propane, biogas, and hydrogen fuel cells. This flex-fuel capability ensures systems can operate in diverse geographic and supply environments, including remote arctic locations where fuel delivery logistics are a critical operational consideration.

The RDFM is packaged in a readily transportable 40-foot mobile platform with all major components pre-integrated and factory acceptance-tested before shipment. This eliminates on-site assembly issues and allows deployment in timeframes comparable to standard rental gensets, making it ideal for rapid deployment scenarios or temporary power requirements.

All Innovus Power systems include PowerView software for remote monitoring, performance optimization, and software upgrades. FleetGenius software enables centralized management of multiple systems simultaneously. Both platforms are backed by 24/7 remote monitoring and management service support available worldwide, ensuring continuous system performance post-commissioning.

Innovus Power systems serve a broad range of industries including remote communities, commercial and industrial facilities, mining, oil and gas, military, medical and extended care, agriculture and greenhouses, resorts and hotels, power utilities, and ship-to-shore port operations. Systems are engineered to address high load variability, fuel reduction targets, and renewable integration requirements across all sectors.