GEPLEADER 24MW Power Station Helps Foxconn Vietnam Tackle "Power Shortage"

Vietnam is experiencing the growing pains of rapid economic growth. As global electronics manufacturing giants such as Samsung, Foxconn, and Luxshare continue to expand production capacity in northern Vietnam, the region has grown into a core manufacturing hub for the global consumer electronics supply chain.

However, the pace of power infrastructure upgrades has lagged far behind the soaring electricity demand of factories. Northern Vietnam has long faced severe power shortages, particularly during the hot season starting in April each year, when residential electricity consumption surges and the power gap in the northern provinces—home to dense industrial parks—becomes especially pronounced. Vietnam Electricity Group estimates that the power shortfall in northern Vietnam during the hot season ranges from 1,600 to 4,900 MW.

Frequent power outages and rolling blackouts have dealt a heavy blow to the manufacturing sector. According to reports, power outages alone cost Foxconn and other enterprises over $140 million in losses in 2024. Local authorities even requested that some Foxconn factories consider rotating power cuts or reduce electricity usage during peak hours.

Against this backdrop, ensuring a stable and continuous power supply has become the lifeline for Foxconn's Vietnam factories to maintain normal production and fulfill global orders.

II. Project Challenges

The challenges faced by the Vietnam Foxconn project reflect the typical dilemmas of operating a large-scale manufacturing base in regions with weak power infrastructure:

1. Extremely unreliable external power grid

Northern Vietnam's power grid has long been operating under overload conditions, with severe voltage fluctuations. Frequent rolling blackouts make production activities dependent on the grid unsustainable. The factory required a self-sufficient power system capable of operating completely independently of the unstable utility grid.

2. High temperatures testing equipment limits

During Southeast Asia's hot season, temperatures often soar above 40°C, placing extreme demands on the cooling systems and continuous load-carrying capacity of generator sets. Conventional generator sets are prone to power derating or even overheating shutdowns under such high-temperature conditions.

3. Large-scale, high-standard power demand

Foxconn's Vietnam factory is massive in scale, with production lines running 24/7, imposing stringent requirements on power stability, continuity, and quality. Any power interruption could bring entire production lines to a halt, resulting in enormous economic losses.

III. Solution: 24MW Power Station – One-Stop Power Assurance

To address the unique demands of the Vietnam Foxconn project, GEPLEADER developed a customized large-scale power station solution with a total capacity of 24MW.

1. Large-scale generator cluster deployment

GEPLEADER deployed multiple high-power generator sets for Foxconn's Vietnam factory, forming an independent power station with a total capacity of 24MW through intelligent parallel operation technology. This solution enabled the factory to operate completely off the unstable utility grid, achieving 100% self-generated power.

2. Specialized optimization for high-temperature environments

Given the extreme heat during Vietnam's hot season, GEPLEADER implemented targeted technical enhancements on the generator sets, with a focus on optimizing the cooling systems. This ensured that the units could operate at full power, continuously and stably under sustained high-temperature conditions, eliminating the risk of overheating shutdowns.

3. Intelligent parallel operation and load management

Through the advanced DSE intelligent parallel control system, multiple generator sets achieved automatic load sharing and redundant backup. The system automatically adjusts the number of operating units based on the factory's real-time power load, ensuring power reliability while optimizing fuel economy.