Hybrid Energy Storage Solutions Ltd. (HESStec) Revenue and Competitors

Hybrid Energy Storage Solution Ltd. (hereinafter called HESS Ltd.) is a technological solution provider, pioneer in creating hybrid energy storage solutions (HESS), optimized in economic terms, thanks to the integration of several energy storage technologies, enhanced power electronics and patented energy management algorithms in an exclusive, flexible hardware and software platform. \n\nHESS Ltd. develops enabling technologies that generate synergy between energy storage systems, power electronics and advanced energy management algorithms and controls. This creates a business model that enhances the applications and services offered by the storage systems, while also minimizing the footprint and the environmental impact. This specialization in energy enabling technologies is the key to offer cost-effective energy storage and smart grid solutions that can be integrated at different levels of the electrical grid.\n\nHESS Ltd. portfolio is focused on three main activities: \n1) Hybrid technologies turnkey HESS solutions. \n\nThe SHAD® solution is a patented proprietary technology, defined as HESS solution based on a flexible hardware and software platform. This enables a combination of multiple types of storage technologies (batteries, ultracapacitors, flywheels, fuel cells, etc.) optimized for specific customer uses at different levels of the electrical network, covering a myriad of grid applications.\n\n2) Control systems to optimize and monetize the energy storage systems (iNMS®)\n\nThe Intelligent Node Management System (InMS) is a flexible hardware and embedded software platform that performs real-time management and control of power plants. The algorithms and models in the iNMS platform are crucial for increase benefits. \n\n3) Turnkey consultancy services based on its sizing and optimizing tools, focused on the calculation of the optimal sizing and operation strategy for different scenarios, at the same time that generate the optimal business model.