Cleanwatts OS is a comprehensive energy management platform tailored to support renewable energy hubs and optimize decentralized energy resources. It is designed to enhance energy efficiency, facilitate energy sharing, and provide flexibility management for businesses and communities. Key Functionalities Energy Generation & Management: Cleanwatts OS enables efficient management of on-site generation assets, such as solar PV, batteries, and EV charging systems. By overseeing these assets in real time, it helps users lower energy costs and mitigate peak demand charges. Energy Efficiency & Demand Reduction: Through advanced monitoring and smart optimization, the OS can reduce energy consumption by 15-30%, achieving cost savings while contributing to sustainability goals. Local Energy Sharing: The platform enables businesses to share excess renewable energy within local grids, creating additional revenue opportunities and fostering a sense of energy citizenship. This sharing model can reduce energy costs significantly more than traditional energy efficiency products. Flexibility Management: With integrated flexibility services, Cleanwatts OS provides dynamic load balancing and energy dispatch to match grid needs, especially during high-demand periods. It maximizes DER (Distributed Energy Resource) value by tapping into flexibility markets, thereby supporting grid stability and providing additional revenue sources. Integrated Billing and Tariff Management: Cleanwatts OS seamlessly integrates with billing systems and supports both static and dynamic tariffs, making it easier to manage costs, optimize energy use, and adapt to regulatory changes. User-Friendly Interface: For both commercial and residential users, Cleanwatts OS offers an intuitive interface to manage energy use, view insights, and participate in local energy markets, enhancing overall user engagement and transparency. By creating an all-in-one, modular energy solution, Cleanwatts OS provides a scalable framework for managing and monetizing renewable energy resources while reducing environmental impact and improving energy resilience