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Product news, customer stories, and insights from our team.
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Internal Resistance: The Key Parameter That Defines True UPS Battery Performance
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10C Discharge: Why Choose Nickel-Zinc Batteries for UPS Applications?
Discover how Gerchamp’s Nickel-Zinc batteries excel in UPS applications with 10C discharge capabilities, offering rapid response and stable voltage under high demand.
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Nickel Zinc Battery: Why Aqueous Chemistry Matters
Discover how the aqueous chemistry of nickel-zinc batteries enhances safety and performance for UPS applications, making them ideal for critical power systems.
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From Nickel-Zinc Batteries to Smart Battery Cabinets
Explore Gerchamp's evolution from Nickel-Zinc batteries to advanced smart battery cabinets, designed for high power density and operational resilience in critical applications.
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How Nickel-Zinc Batteries Bypass the “Hard Requirements” of Dedicated Battery Rooms
Discover how Nickel-Zinc batteries can ease the challenges of retrofitting battery rooms in data centres, offering a safer and more cost-effective solution.
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Backup Power Needs Less Storage, More Density
Understanding the difference between power density and energy density is crucial for data centres. Discover how nickel-zinc batteries excel in backup power needs.
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Why Are Your UPS Batteries Dying Early?
Discover why UPS batteries often fail prematurely because of ripple effects. Understand the impact of voltage and current ripple on battery life and performance.
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Optimising legacy UPS assets: The case for constraint-aware power architectures in the AI era
Explore how constraint-aware power architectures can optimise legacy UPS assets in the AI era, enhancing efficiency while addressing safety and compliance needs.
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A Full Charge Doesn’t Mean It Can Deliver When It Counts
Understanding the difference between SOC and SOH is crucial for effective battery management. Discover how the Gerchamp G-TH Battery Management System enhances battery health monitoring.
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Gerchamp BMS: A Round‑the‑Clock Health Watchdog for Backup Batteries
Discover how the Gerchamp BMS provides continuous visibility for backup batteries, enabling proactive monitoring and maintenance to prevent failures in critical applications.
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Gerchamp Nickel-Zinc: Full Power Even at Low SOC
Discover how Gerchamp Nickel-Zinc batteries maintain maximum power output even at low SOC, enhancing efficiency for AI data centres and high-density computing environments.
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Modular Data Centre: Missing Piece of the Puzzle
Explore how Nickel-Zinc batteries address the unique power needs of modular data centres, enhancing safety and efficiency in constrained environments.
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Data Centre Energy Consumption: How NiZn Batteries Reduce Hidden Losses
Discover how NiZn batteries can significantly reduce hidden energy losses in data centres. Explore their benefits for UPS systems and overall energy efficiency.
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BMS Supports High-Efficiency Telecommunications Base Stations in the 5G Era
In the 5G era, the energy demand of telecommunications base stations has increased significantly.
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What Does a Battery Energy Storage System Include?
The composition of an energy storage system mainly includes the battery system, PCS converter system, box transformer system (if any), station transformer system (if any), energy management system and monitoring system (SCADA system), primary and sec...
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A New Perspective on Cost Reduction in Data Centres
AI workloads are redefining data centre power demand—here’s why UPS systems must evolve with nickel-zinc battery technology for higher density, fire safety, and lower TCO.
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When AI Workloads Redefine Power Demand, UPS Must Evolve
Artificial intelligence is not just changing how we compute — it is fundamentally reshaping how electricity is consumed. A single ChatGPT query consumes approximately 2.9 Wh of electricity, compared with 0.3 Wh for a traditional Google search.
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