DEEP DIVE – Energy supply & air conditioning

Energy supply and cooling form the technical backbone of every data center and are simultaneously the most common causes of critical failures. Insufficient technical knowledge in these complex systems demonstrably leads to avoidable planning and operational errors, inefficient systems, and increased failure risks. The inadequate integration of both systems also causes unnecessary energy losses and impairs the overall efficiency of the data center infrastructure.

Energy supply – Foundation for highest availability

A reliable energy supply forms the critical foundation of any data center infrastructure. The precise knowledge of different supply concepts, redundancy solutions, and protective measures is crucial for operational reliability. From proper grounding to selectivity concepts to advanced measurement methods – the technical details determine the fail-safety of your infrastructure. Lack of specialized knowledge in this area regularly leads to avoidable incidents and inefficient emergency responses with significant operational and financial consequences.

Cooling – More than just air conditioning

Cooling modern data centers places high demands on planning and operations. The optimal coordination of different cooling concepts and their integration into the overall system requires in-depth thermodynamic understanding and precise knowledge of air flow management. From traditional chilled water systems to direct cooling concepts to energy-efficient hybrid solutions – the selection and design must be based on objective criteria and verifiable calculations. Only in this way can efficient and simultaneously fail-safe cooling solutions be realized.

Our five-day technical seminar provides you with in-depth expert knowledge on both systems and their interactions. The scientifically sound and field-tested qualification systematically covers all critical aspects – from the precise conception of the energy supply to efficient cooling to continuous monitoring of all relevant parameters. Our experienced instructors from active planning and operational practice convey proven methods and validated solution approaches. Through practical exercises on grid form analysis, selectivity consideration, and thermodynamic assessment, you will consolidate the acquired knowledge and ensure optimal practical transfer.