 Battery
Management Services from Solidstate Controls Inc. is a 24/7 service
program designed to provide users with real-time battery management.
The goal is to provide clients with decision-making data aimed
at prolonging the life of the battery system. By monitoring voltage,
current, temperature and resistance, and comparing that data to predetermined
"benchmark" values, we are able to analyze the condition of the battery.
From this information, statistics can then be assembled regarding
the state of the battery, and in predicting battery life remaining.
SERVICE FEATURES
The Solidstate Controls Inc. BMS 2000 Series Battery Management System is the economical solution to your battery management needs. The BMS 2000 is a cost-effective, stand-alone monitoring system designed for power generation and process applications. The BMS 2000 goes beyond what other battery monitoring systems can do by providing an early warning of possible battery problems. The BMS 2000 actually checks the condition of each cell by monitoring charge voltage, current, battery discharge and performing a proactive resistance test. Measuring the internal resistance of a battery is considered to be the most reliable method for predicting a battery's condition. The BMS 2000 Battery Manager Software provides a powerful tool for monitoring, trending, and analysis of the battery system. The BMS 2000 System can be interfaced with associated equipment to provide a more complete picture of the critical power system. Data Manager Software displays critical information about battery condition
|
Meeting
the 40 Year Design Life | Qualifications
for Class 1E Equipment
Nuclear Background and Experience
| Nuclear Sales Partners | Case
Histories
Product
Data Sheets and Specifications | Extending
the Life of Your System
Power Supplies | Custom
Solutions | User Technical Information
| Nuclear Team | |||
| David Johnson | Sales Manager | ||
| Dennis Dellinger | Project Engineer | ||
| John Davis | Design Engineer | ||
| Sue Wampler | Client Services Administrator | ||
