The economic case for an Origotek energy storage cabinet is strengthened by its ability to stack multiple value streams, a concept known as value stacking. Unlike a system designed for a single purpose, our cabinet's flexibility allows it to generate revenue or savings from several applications concurrently. A single installation can be configured to perform peak shaving to reduce demand charges, participate in a virtual power plant to earn grid service payments, and provide backup power, all while improving power quality by mitigating three-phase unbalance. For a commercial customer, this means a faster payback period and a higher return on investment. A prominent example is a university campus that uses its Origotek cabinet fleet for daily peak shaving, enrolls them in a demand response program (a type of VPP), and relies on them for backup power to research laboratories. The combined financial benefits from these stacked values made the project highly attractive. Another case could be an industrial plant that uses the cabinet for peak shaving and three-phase unbalance correction, improving process efficiency and equipment lifespan while saving on energy costs. The sophisticated control system prioritizes these value streams based on pre-set rules to ensure critical functions like backup power are never compromised. We invite you to contact our energy economists for a detailed value-stacking analysis and a custom price proposal for an energy storage cabinet system configured to maximize your financial return.