Plant Power Challenges
The industrial manufacturing plant operates a variety of high - power machinery, which results in significant power fluctuations. Additionally, the plant aims to reduce its reliance on the grid during peak - rate hours and make better use of on - site renewable energy generation, such as solar panels installed on the factory roof.
Battery Integration
Multiple EVE 304AH 3.2V batteries were integrated into the plant's power system. The batteries were connected to a smart energy management system that monitors the power consumption and generation in real - time. During periods of low power demand or high renewable energy generation, the batteries are charged. When the power demand exceeds the available supply or when the grid rates are high, the batteries discharge to supply power to the plant.
Performance Results
Extra - Large Capacity: The 304AH capacity of the batteries has enabled the plant to store a substantial amount of energy. This has allowed the plant to operate its high - power machinery for extended periods during grid outages or peak - rate hours. For example, during a recent power outage, the batteries provided enough power to keep the critical manufacturing processes running for over 8 hours, minimizing production losses.
Exceptional Cycle Life: With a cycle life of ≥6000 times, the batteries have withstood the frequent charge - discharge cycles in the industrial environment. Over the past three years, the capacity degradation has been minimal, ensuring long - term reliability of the energy storage system.
Low Internal Resistance: The internal resistance of ≤0.25mΩ has led to high - efficiency energy transfer. The batteries can charge quickly when there is excess energy available and discharge efficiently to meet the plant's power demands. This has reduced the overall energy consumption of the plant and improved its energy efficiency.
Cost Savings and Sustainability
By using the EVE 304AH 3.2V batteries, the plant has been able to reduce its electricity bills by shifting its power consumption from peak - rate hours to off - peak hours. The integration of renewable energy with the battery storage system has also increased the plant's sustainability, as more of the energy used is from clean sources. The 5 - year warranty provided by EVE has further reduced the maintenance costs, making the investment in the battery storage system highly cost - effective.
EVE 304AH 3.2V battery, industrial manufacturing plant, energy storage, large capacity, cycle life, internal resistance, cost savings
