Stormentum develops a battery-agnostic platform for residential solar and energy storage that addresses limitations in legacy inverter systems. This unified design offers the modularity of microinverters and the power of hybrid systems at a significantly reduced hardware cost. The architecture simplifies installation workflows while maximizing energy harvest and system flexibility for installers and homeowners.
Funding
Funding not disclosed
Founders
Product
Problem
Legacy residential solar inverter systems are ill-equipped for the increasing demand for energy storage, leading to inefficiencies and higher costs. Microinverter-based systems are expensive and require redundant power conversion, while hybrid systems lack flexibility and are often tied to specific battery manufacturers. This creates vendor lock-in for installers and limits homeowner choice.
Solution
Stormentum offers a battery-agnostic platform designed to streamline residential solar and storage installations, reducing hardware expenses. Its distributed architecture provides modularity and adaptability, allowing for efficient energy harvesting with a wide range of high and low-voltage batteries. This approach simplifies system design and deployment, accelerating the adoption of storage-first home energy solutions. The platform aims to provide a more efficient, lower-cost alternative to traditional microinverter or optimizer-based systems.
Target Audience
The primary customers are residential solar installers and home energy system integrators seeking a flexible, cost-effective, and battery-agnostic solution.
Features
- Battery-agnostic architecture supporting both high and low-voltage battery chemistries.
- Distributed system design for enhanced energy harvest and installation flexibility.
- Simplified installation process utilizing familiar workflows and standard components.
- Reduced hardware costs, estimated at less than half the cost of comparable microinverter or optimizer systems.
- Unified system design that integrates modularity and hybrid system capabilities.