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Clarke Energy India Showcases Clean Energy Solutions at India Energy Week 2026

Clarke Energy India exhibited advanced clean‑energy solutions at India Energy Week 2026 in Goa. The team highlighted biogas upgrading, hydrogen‑ready Jenbacher engines, fast‑start backup solutions for data centers, and Waukesha engines engineered for demanding applications.

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The New Reality of Hybrid Microgrid Controls for Data Centers

The New Reality of Hybrid Microgrid Controls for Data Centers

Hybrid microgrids are replacing traditional generator‑plus‑UPS models as data centers face AI-driven volatility and grid constraints. This article explains how modern microgrid controls work, why decentralised systems are more resilient, and how Clarke Energy deploys these solutions in mission‑critical environments.

How Operating Hours Define Gas‑Engine Roles in Modern Data Centers

How Operating Hours Define Gas‑Engine Roles in Modern Data Centers

AI and high‑density compute are pushing data centers toward onsite power plants that operate from <100 hours to 8,600 hours per year. Learn how gas engines support backup, peaking, and baseload/bridging roles—and why operating hours drive engineering, cost, and resilience strategy.

Prime Power vs. Base-Load Operation and Relevance to Data Centers

Prime Power vs. Base-Load Operation and Relevance to Data Centers

Prime power and base‑load power are frequently used interchangeably, but they describe different operating conditions for gas engines. Understanding these distinctions is critical for data‑center power design, resilience planning, and long‑duration bridging power.

Engineering Data-Center Reliability with Prime-Running Gas Engines

Engineering Data-Center Reliability with Prime-Running Gas Engines

Data-center availability targets from 99.9% to 99.999% require different architectures, not different engines. Prime‑running gas engines enable scalable reliability using modular redundancy, allowing operators to deliver hyperscale‑grade uptime with predictable performance.

Lithium Iron Phosphate BESS – The State of Charge Challenge

Lithium Iron Phosphate BESS – The State of Charge Challenge

As lithium iron phosphate (LFP) batteries become the dominant chemistry for large-scale battery energy storage systems, accurate state-of-charge (SOC) estimation has emerged as a critical challenge. Due to LFP’s flat voltage profile, traditional SOC methods can struggle to deliver the precision required for reliable dispatch, compliance and revenue optimisation. This insight from Clarke Energy explores why SOC accuracy matters, the limitations of conventional approaches, and how advanced estimation strategies can unlock better performance from LFP-based BESS assets.

Celebrating Success at the COGEN Europe Awards 2025

Celebrating Success at the COGEN Europe Awards 2025

Clarke Energy is delighted to announce that two team members have been honoured at the COGEN Europe Awards 2025 for their leadership and innovation in advancing high-efficiency CHP projects across Europe.

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