BHM Storage designs and installs compact, silent battery storage containers that capture excess renewable electricity at points of grid congestion and release it during peak demand. By handling site selection, permitting, grid connection and commissioning in partnership with regional network operators, they provide a fast, end‑to‑end solution that frees up local grid capacity for new housing and commercial development while meeting strict safety standards.
Funding
Funding not disclosed
Founders
Product
Problem
Electricity grids experience localized congestion and capacity constraints, especially when integrating increasing amounts of renewable generation, leading to limited ability to accommodate new housing and commercial developments.
Solution
BHM Storage designs and installs compact, silent battery storage containers that capture excess renewable electricity at points of grid congestion and discharge it during peak demand. By partnering directly with regional network operators, they streamline permitting and grid‑connection processes, delivering projects quickly and reliably. The containers meet PGS safety standards, ensuring silent, safe operation while freeing up grid capacity for additional load. Their modular, scalable approach allows the same technology to be deployed across multiple regions, addressing local bottlenecks without requiring large‑scale infrastructure. This localized storage improves overall grid stability and supports the transition to higher shares of renewable energy.
Target Audience
Primary customers are regional electricity network operators, municipalities, and developers of new residential or commercial projects that require additional grid capacity and stability solutions.
Features
- Modular battery containers sized smaller than a football field, enabling deployment in constrained urban or industrial sites
- Silent operation with built‑in safety systems compliant with PGS standards
- Integrated control software that autonomously charges from surplus renewable generation and discharges during grid peak periods
- End‑to‑end project delivery, including site selection, permitting, grid connection, and commissioning under a single point of contact
- Fast permitting workflow leveraging deep knowledge of regional regulations and close collaboration with local grid operators
- Scalable design allowing multiple containers to be combined for larger capacity needs while maintaining a compact footprint