Built for Complex Energy Systems
Modern energy infrastructure requires the seamless integration of multiple power sources, energy storage systems, and electrical loads. Epower's Ultracompact Multiport Converter simplifies this complexity by replacing multiple discrete converters with a unified, bidirectional platform that enables intelligent power routing between the grid, batteries, renewable energy, backup generation, EV charging, and critical loads. Designed for flexibility and scalability, it helps reduce system complexity, equipment footprint, and installation costs across a wide range of electrified infrastructure applications.
DATA CENTER POWER SYSTEMS
(POWERING THE FUTURE OF AI DATA CENTERS)
AI data centers experience highly dynamic, rapidly changing power demands that traditional grid infrastructure cannot respond quickly enough. Epower's magnetic energy router seamlessly integrates on-site generation, battery storage, grid power, and renewable energy into a single high-efficiency platform, delivering the fast, flexible, and resilient power needed to support dynamic AI workloads while reducing equipment footprint and improving overall energy efficiency.
EV FAST CHARGING
INFRASTRUCTURE
Fast-charging sites often experience short-duration, high-power demand that can strain utility distribution grids and require on-site energy resources. Epower’s unified multiport architecture reduces the need for multiple discrete converters, simplifies installation, and enables bidirectional flow between the grid, storage, and charging units (EVs). This helps reduce integration costs, improve site flexibility, and support scalable EV charging infrastructure.
MICROGRIDS &
NET-ZERO ENERGY BUILDINGS
Microgrids and net-zero energy buildings both require intelligent coordination of distributed energy resources such as solar, batteries, grid power, backup generation, EV charging, and controllable building loads. Epower’s Ultracompact Multiport Converter provides a unified, bidirectional platform for routing power among these assets, reducing system complexity, installation cost, equipment footprint, and commissioning effort. For microgrids, the platform can support flexible power sharing, resilience, and autonomous operation. For net-zero energy buildings, it can simplify the integration of renewable generation, energy storage, grid power, and building loads to improve efficiency and support sustainability goals.
A Unified Platform for Modern Energy Systems
From data centers and EV charging to resilient microgrids and sustainable buildings, Epower's Ultracompact Multiport Converter provides a flexible foundation for modern power systems. By consolidating multiple conversion functions into one scalable platform, organizations can simplify infrastructure, reduce system complexity, and prepare for the future of electrification.