Designed for heavy duty demands, peak load shaving, and smart EV fleet integration across Hai Phong industrial economic zones.
As the primary coastal industrial engine of Northern Vietnam, Hai Phong is undergoing a monumental transition. Driven by massive manufacturing expansions in the Dinh Vu-Cat Hai Economic Zone and the rise of advanced automotive, electronics, and heavy-industrial clusters, the demand for stable grid power has scaled exponentially. Grid resilience, load-balancing, and decarbonization have evolved from optional initiatives into critical compliance targets.
Traditional utility grids face peak demand surcharges and temporary instabilities. Integrating Battery Energy Storage Systems (BESS) alongside electric vehicle charging hubs offers a decisive solution. By storing energy during non-peak hours and discharging during high-demand windows (peak shaving), enterprises can protect microgrids, bypass expensive peak utility fees, and guarantee continuous manufacturing operations.
Shanghai Mida Cable Group Ltd. operates through its wholly owned subsidiaries: Shanghai Mida EV Power Co., Ltd., Shenzhen Mida EV Power Co., Ltd., and Shanghai Mida New Energy Co., Ltd.
As an industry-leading manufacturer, we control the entire lifecycle of EV charging and energy storage technology. Our engineering prowess covers both internal subcomponents and macro-level container solutions, delivering unmatched supply chain control and cost benefits:
Optimized portfolios representing MIDA's manufacturing focus across industrial, commercial, and modular EV markets.
Technical capabilities across modules, liquid cooling units, DC chargers, and smart energy storage stations.
Mida manages raw cable extrusion, connector manufacturing, power electronics engineering, and integrated assembly. This vertical design lowers margins, ensures 100% component compatibility, and guarantees parts availability for downstream servicing in Vietnam.
We deploy automated optical inspection (AOI), aging tests, high-voltage insulation tests, and strict battery cell sorting. By using top-tier LFP cells, we ensure that every delivered BESS maintains a safe operational profile across diverse climates.
Our systems incorporate an advanced cloud-connected Energy Management System (EMS). Operational status can be monitored remotely, allowing real-time monitoring of SOC, SOH, temperature, and charging statistics.
How our BESS and high-power DC systems resolve energy grid challenges for distinct local sectors.
Modern shipping centers require heavy electrification, including battery-electric container trucks and gantry cranes. A high-capacity 2MWh BESS charger station allows ports to supply megawatt-level charging during peak loading schedules without risking grid collapse or massive peak power bills.
Within DEEP C and Dinh Vu industrial zones, electricity prices increase during peak production hours. By utilizing the integrated 261kWh to 418kWh systems, factories can store energy overnight (low-rate hours) and supply DC power to vehicles or offset baseline machinery loads during the day.
During new industrial zone expansions, regular grid hookups can take months. Portable mobile BESS units, such as our 120kW 200kWh mobile charging vans, provide immediate power to project vehicles, tools, and remote research operations without grid dependency.
Select the ideal capacity for your project site requirements, optimized for local grid safety standards.
Get answers to critical integration, safety, protocol, and deployment questions for BESS solutions.
Stay updated on our technological developments, pantograph charging systems, and transit solutions.
Contact our system design engineers to customize your next deployment project in Hai Phong, Vietnam, or global markets.
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