Components: Patented Modular Power-Conversion Technology

Enerbund products are built on a modular, scalable power-converter platform with a shared hardware and software core. Using advanced control and patented converter technology, the same reconfigurable building blocks can be combined, scaled, and repurposed across residential, portable, off-grid, and hybrid energy systems. This platform approach enables faster deployment, consistent performance, and long-term upgradeability while supporting different power levels, energy capacities, and use cases.

Blue icon of an electric plug connected to a cord forming a circle with a lightning bolt symbol in the center.

High power density converters

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Plug and Play reconfigurable software/hardware

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Patented control and hardware

Hybrid Inverters 5000VA-45000VA

Core power-routing module, intelligently converting and directing energy between PV, battery storage, the grid, diesel generators, EVs, and household loads. The multi-port architecture supports multiple operating modes without hardware reconfiguration. The inverters are available in 120 V and 240 V split-phase, as well as 208 V and 480 V three-phase outputs, providing seamless grid-to-backup transitions and high in-rush current capability for heavy-duty motor loads in a compact, weather-resistant enclosure.

Enerbund branded electrical inverter with connectors labeled Data In, Data Out, AC Out, AC In, PV, and Battery, featuring cooling fans on the front.

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Chargers 5kW-45kW

The integrated charger manages bidirectional energy flow between the battery system, solar input and the utility interactive Inverter. It supports multiple charging sources for low-voltage portable batteries, high-voltage residential solar and high voltage battery chargers allowing fast, flexible recharging in both on-grid and off-grid scenarios. Intelligent charge control optimizes efficiency and protects battery health.

Energy Management System (EMS)

The Energy Management System is the intelligence layer that coordinates all energy sources, storage, and loads in real time. It continuously analyzes power demand, solar generation, battery state, pricing signals, and user priorities to make optimal control decisions automatically. The EMS enables seamless backup operation during outages, energy arbitrage under time-of-use tariffs, smart EV charging, and automated diesel generator control when operating off-grid. With cloud-based monitoring, predictive forecasting, and user-configurable automation, the EMS transforms the hardware into a self-optimizing energy system rather than a passive power device.

Datasheet User Manual Enclosure Dimensions