Substation Battery System Services – San Jose Area
Battery Testing Overview
Battery systems typically include a string of batteries, chargers, and alarm interfaces designed to deliver emergency backup power in the event of a system failure.
These systems help maintain operation of essential substation components like protective relays, power distribution controls, communication networks, and data systems.
SES performs battery inspections and testing throughout Santa Clara County and nearby areas, using advanced diagnostic tools and methods in accordance with NETA and IEEE standards, including IEEE Standard 450—which is key to maximizing battery life and minimizing costly failures.
Battery System Services Available in the San Jose Area
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New Battery and Charger Sales for substation and industrial needs
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Custom Battery System Design for your facility’s specifications
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Scheduled Maintenance Contracts (annual, quarterly, monthly PMs)
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Expert Installation across San Jose and the Bay Area
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Inspection of terminals for corrosion, overall cell condition
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Cabinet and battery rack structural integrity checks
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Terminal connection and cell-to-cell resistance testing
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Voltage checks for individual cells and the full system
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Verification of charger float/equalize voltage levels
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Professional cleaning of terminals and battery surfaces
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Ventilation and safety station (eyewash) verification
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Wet-cell battery services: specific gravity, temperature, electrolyte levels, flame arrestor checks
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Environmentally safe Battery System Removal services
Specialized Engineering Services, Inc.
Specialized Engineering Services, Inc. (SES) provides comprehensive Substation Battery System services throughout San Jose and the surrounding Bay Area.
As part of our Electrical Testing and Maintenance offerings, we conduct Battery System Testing for industrial plants, large commercial facilities, data centers, and power generation stations across the region.
Our San Jose-based team is available 24/7 for emergency response and battery-related failures, ensuring your critical systems stay powered when it matters most.