Energy Vault® LDES (long duration energy storage) solutions are ideally suited for use cases requiring four or more hours of energy storage capacity.
Energy Vault® LDES solutions are based on proprietary gravity energy technology and ideally deployed for use cases requiring 4 or more hours of storage capacity. Energy Vault® Gravity Energy Storage System (GESS) solutions utilize a mechanical process of lifting and lowering composite blocks to store and dispatch electrical energy. Our proprietary technology offers LDES at a cost-competitive price to support grid reliability and enable renewable energy integration. Energy Vault® GESS solutions can be deployed as stand-alone storage or paired with generation in a hybrid configuration.
Energy Vault® SDES (short duration energy storage) solutions are ideally suited for use cases requiring less than four hours of energy storage capacity.
Energy Vault® SDES solutions are designed for use cases requiring up to 4 hours of storage capacity and are enabled by our technology-neutral software platform. Energy Vault® SDES solutions integrate various storage technologies including a lithium-ion based battery energy storage system (BESS). Optimized for industrial and utility-scale deployments, Energy Vault® BESS proprietary AC block architecture is designed to maximize energy density with a unique modular form factor selected to streamline site installation and deployment.
Energy Vault® software solutions are designed to deliver optimized performance and dispatch across a multi-technology fleet of energy storage and generation assets.
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Energy Vault® technology-neutral software solutions are designed to support real-time remote monitoring, operational control, and AI-enabled dispatch optimization across an array of energy storage and energy generation assets. At the site level, the Energy Vault® Energy Management System (EMS) coordinates all equipment controls to provide a cohesive operational plant view and to facilitate continuous data collection and analysis. Secure cloud-based monitoring and performance optimization can be applied behind the meter at a single site, as well as across an asset portfolio of multiple sites to enable fleet-wide control. Integrated smart bidding software utilizes machine learning algorithms to match node-specific data with real-time weather and asset performance information to generate tailored load, generation, dispatch, and price forecasting across all assets.