Real time battery monitoring systems are relied upon in various backup battery applications such as data centers, manufacturing operations, hospitals, emergency lighting, telecommunications, power utilities, and generators. Battery monitoring systems provide confidence that your batteries will be dependable during an outage. Maintaining and monitoring stationary battery systems is critical to maximize the performance and life of substation, UPS, and other critical backup power systems. There are a multitude of advantages in having a battery monitoring system which includes increased overall efficiency, safety improvements, and reduces maintenance and replacement costs.
Critical battery systems typically require regular on-site visits to satisfy standard battery testing requirements. These physical onsite inspections are labor intensive. Performing regular testing is necessary to maintain the life of the battery, prevent unexpected catastrophic failure, and meet IEEE Recommended Practices and NERC PRC-005-2 standards. NERC PRC-005-2 standard is restricted to substations and generating plants directly connected to the Bulk Electric Supply. All the batteries in both AC and DC standby systems require maintenance, and they would follow IEEE recommended practices. A battery monitoring system will increase reliability by automatically recording and trending critical parameters such as overall string voltage and current, cell/unit voltage, internal and connection resistance, cell/unit temperature, ambient temperature, electrolyte level, and positive / negative ground every day without personnel on-site. Measured data is recorded and stored automatically, allowing in-depth trending analysis for predictive maintenance.
Critical backup battery maintenance is essential in ensuring reliable power to the grid when there is an outage or major equipment failure. Without a preventative maintenance program including proper battery testing, the Bulk Electric System (BES) is compromised. This can lead to significant revenue loss and safety hazards, as well as violation of battery testing recommendations by IEEE and NERC standards.
With a battery monitoring system, there are major safety benefits. Having a battery monitor connected directly to the battery bank will reduce the need for maintenance personnel to have direct contact with the high voltages present in battery systems, and it can increase visibility of potentially disastrous failures. Battery monitoring systems can be integrated into any facilities management or alarm system for remote monitoring. This allows for remote access to the data and alarming through software which collects trending data and creates reports.
A dedicated battery monitoring system will reduce battery maintenance and replacement costs by providing the most reliable form of predictive maintenance. Permanent battery monitoring systems allow batteries in critical applications to be replaced before battery failure occurs. Currently, the number one root cause of unplanned outages is UPS system failure, therefore timely preventative maintenance is critical in reducing maintenance costs and preventing a catastrophic outage.
Eagle Eye’s BMS-Series real time battery monitoring systems allow for 24/7/365 monitoring of your battery system. Our BMS-Series monitors string voltage and current, as well as cell/unit voltage, internal and connection resistance, cell/unit temperature, ambient temperature, electrolyte level, and positive/negative ground fault. They are also compliant with NERC PRC-005-2 requirements and IEEE recommendations for battery testing. Contact us to request a quote for our battery monitoring systems.