The startup develops the GridForming-CellGrid system, a power conversion technology that enables integrated autonomous distributed control for regional microgrids. This system facilitates the construction of synchronous power distribution networks, connecting numerous digital grid routers to enhance energy management and reliability.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional power grids struggle to efficiently integrate and manage distributed renewable energy sources, leading to instability and underutilization of clean energy. Existing systems often lack the autonomous control and synchronization capabilities needed to create reliable regional microgrids.
Solution
DG Capital Group develops the GridForming-CellGrid system, a power conversion technology that enables integrated autonomous distributed control for regional microgrids. The core of this system is the Digital Grid Router (DGR), a synchronous inverter that facilitates the construction of synchronous power distribution networks by connecting numerous digital grid routers to enhance energy management and reliability. This technology allows municipalities to easily operate local distribution networks, supporting local independence by generating revenue from electricity sales. The company aims to promote the adoption of digital grid solutions globally, contributing to the realization of a low-carbon society.
Target Audience
The primary target audience includes municipalities, utility companies, and renewable energy project developers seeking to implement microgrids and enhance the integration of distributed energy resources.
Features
- GridForming inverters (Digital Grid Routers) for synchronous power distribution
- Autonomous distributed control for regional microgrids
- Technology to enable easy operation of local distribution networks by municipalities
- Digital Grid Platform (DGP) for selling electricity
- Hardware solutions including medium and small-sized vertical axis wind turbines and stationary brush DC motor generators
- Technology supports the connection of distribution networks aiming for 100% renewable energy to conventional systems