Fine‑tune every charge with confidence. Our Battery Charging Calculators put Eagle Eye Power Solutions’ field‑proven formulas at your fingertips, helping you adjust float voltage for temperature, size rectifier capacity, and estimate recharge times for any 24‑, 48‑, or 125‑volt string. Whether you’re commissioning a new substation bank or troubleshooting ripple on a telecom shelf, these tools crunch the numbers instantly and reference IEEE/NERC best practices, so you can spend less time in spreadsheets and more time keeping power online.
Charging‑Voltage Compensation Calculator
Adjust your float set‑point in seconds.
Enter your battery’s current temperature, reference voltage, and temperature‑compensation coefficient; the calculator returns the corrected charging voltage per cell (Vcomp). Ideal for technicians fine‑tuning 24‑V or 60‑cell strings to match IEEE and manufacturer specs.
Eagle Eye Power Solutions battery chargers feature automatic battery temperature compensation. If this feature is enabled on a charger, please do not manually adjust the charger float voltage to compensate for battery temperature. This calculator should be used for validation purposes only.
All batteries have temperature compensation limits where the float voltage should no longer be adjusted if the battery temperature exceeds these limits. Please refer to the battery manufacturer’s documentation to find the temperature compensation limits for your particular battery model.
BC-2500 AC Current Draw at Maximum Output Calculator
This calculator estimates the maximum AC input current your BC-2500 charger will draw at the source so you can confidently size breakers, wiring, and upstream protection. Enter your battery DC voltage (which presets the watts per iPM), the number of iPMs in your charger, and your single-phase input voltage; the tool applies a 10% efficiency factor and computes.
You’ll also see the step-by-step math for transparency and you can override defaults if your configuration differs.
Formula: IAC = (#iPM × iPM_Watts × Overhead) ÷ VAC. Adjust defaults if your configuration differs.
Ryan Wallace
Market Development Manager
262-518-2467
ryan.wallace@eepowersolutions.com
Need a Hand?
Not sure which coefficient to use or why your set‑point still drifts? Our battery‑monitoring guru Ryan Wallace is one call or click away.
Send Ryan your temp data or charger model and get a quick, no‑pressure recommendation.
Need Help with the BC-2500 AC Current Draw Calculator? Ask Lucas.
Got a question about inputs, assumptions, or how to apply the result to your site? Battery charger expert Lucas Berndt can help. Lucas will sanity-check your numbers (DC voltage, iPM count, input voltage), explain the overhead factor, and translate the output into practical guidance for breaker sizing and upstream protection. He can also help you adjust defaults for non-standard setups and document your calculation for submittals.
How Lucas Can Help:
- Validate your entries and walk through the math.
- Recommend settings for unique configurations.
- Provide a saved PDF or screenshot of the calculation for records.
- Coordinate next steps if you need a formal quote or engineering review.
Email Lucas now and get answers.
Questions Beyond the Calculators?
Eagle Eye Power Solutions’ team is ready to help with specs, quotes, or troubleshooting across our product line.
A support rep will route you to the right expert; no phone maze, no hold music marathon.