Charging Solutions
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Smart Energy Solutions
Our smart manufacturing solutions combine automation, battery intelligence and advanced quality control to support efficient production at scale. With strong technical foundations and modern production bases, we help clients build reliable, future ready manufacturing environments for next generation energy systems.
Advanced Smart Manufacturing Solutions
We deliver comprehensive smart manufacturing systems for battery cells, modules, packs and large scale energy storage containers. With deep expertise in lithium battery testing and precision engineering, our solutions support high performance production environments built for quality, safety and long term reliability.
The future grows brighter with clean energy
Power Conversion System
Nebula 630kW PCS
In energy storage systems, a PCS AC-DC inverter is a device connected between the storage battery system and the grid to facilitate the bi-directional conversion of electrical energy, serving as the essential component in the energy storage system. Our PCS is able to regulate the charging and discharging process of the energy storage battery, and can provide power to AC loads in the absence of the grid.
The 630kW PCS AC-DC Inverter can be applied to the power generation,transmission and distribution side and user side of the power storage system.It is mainly utilized in renewable energy stations such as wind and solar power stations, transmission and distribution stations, industrial and commercial energy storage, distributed micro-grid energy storage, PV-based electric vehicle charging stations, etc.
Charging Network
600/720/1200/1440kW Intelligent Flexible Charging Array
The Nebula Intelligent Flexible Charger utilizes an AC/DC architecture for electric vehicle charging, comprising a centralized cabinet and multiple charging units. This cabinet executes energy conversion and power distribution with scalable output capacities of 600kW, 720kW, 1200kW, and 1440kW. It integrates modular 40kW air-cooled AC/DC conversion components alongside a dynamic power sharing mechanism that accommodates configurations with up to 24 charging ports. Terminals feature adaptability for configuration and future upgrades. By dynamically allocating power resources, the system optimizes charging operations to minimize energy consumption, effectively decreasing infrastructure investment costs.
Quality Diagnostics