Data Center Energy Optimization, Strategy, Cost Engineering

basic information

FEV provides engineering and strategic consulting across a wide range of areas, including in-meter energy, UPS + BESS, backup power generation facilities, cooling, and waste heat recovery. 【Energy Optimization】 We comprehensively optimize energy flows for both brownfield and greenfield data centers. Through efficiency audits, design optimization, and control optimization, we achieve energy efficiency and cost reduction, covering power generation, IT load, thermal management, waste heat recovery, and battery management. 【Engineering】 We design and develop energy systems end-to-end, supporting the implementation of solutions optimized for data center applications. Through advanced simulation, testing, and verification, we ensure the construction of reliable systems. 【Strategic Consulting】 We assist in formulating actionable strategies based on market trends. We offer a wide range of services, including new product introduction, cost and value assessment, benchmarking, feasibility studies, due diligence, and M&A support, to drive business growth.

Price information

We will provide a quote for the project details, deliverables, deadlines, and pricing based on the issues you wish to resolve and the engineering and consulting services you require. Please feel free to contact us.

Delivery Time

※We will provide an estimate for the engineering consulting services, including delivery time and price, according to your company's needs.

Applications/Examples of results

FEV Data Center Service Portfolio 【Energy Flow Optimization - Physics-Based Digital Twin】 - Model Predictive Control Driven Operational Strategy - Comprehensive DC Design Optimization 【UPS】 - Cost Engineering - Design Optimization - Aging Simulation and Operational Strategy 【Backup Generators】 - Design Customization to Meet Data Center Needs - Steady-State Power Testing and Verification 【Cooling】 - Cost Engineering - Design Optimization - Simulation, Testing, and Verification (e.g., Fluid) 【Waste Heat Recovery】 - Feasibility Study - Design Optimization and Simulation 【Market Information】 - Impact on Energy Supply and Demand - New Product Opportunities (NPO) for Automotive Manufacturers

Detailed information

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  **Measures to Address Grid Connection Constraints** Even when grid connections are limited or unavailable, FEV evaluates all options to find the optimal solution. Specifically, this includes location analysis based on the assessment of grid conditions, consideration of multiple sites, and the development of phased startup plans, as well as exploring direct connections with local IPPs (Independent Power Producers), utilizing on-site renewable energy, introducing gas power generation behind the meter, and considering cogeneration (CHP). Furthermore, by incorporating hybrid microgrids and energy storage technologies, along with efficiency measures to reduce peak demand and average consumption, we achieve stable and sustainable power supply.

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  **Technology Selection** We assist data center stakeholders in selecting the optimal technologies for long-term performance, resilience, and efficiency, covering everything from power supply and cooling to backup, energy storage, and energy management. Our roadmap approach comprehensively evaluates technology maturity, cost, scalability, and site suitability, helping clients make optimal decisions in the short term. Furthermore, based on a deep understanding of both the foundational technologies and the systems that utilize them, we develop realistic yet forward-looking roadmaps that offer high investment value.

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  Cost Engineering We assist data center operators in improving PUE and reducing energy costs by optimizing the complete integration of power supply, cooling, control logic, and site-specific operational conditions. Instead of focusing on isolated metrics, we identify levers that create the greatest real-world impact across the entire system. At the core of this approach is predictive thermal control of the model, which can achieve significant efficiency improvements with minimal capital expenditure even in existing data centers.