Power availability is the cornerstone of critical applications – including Data Centres, hospitals and airports – but to guarantee availability it is vital to design an electrical architecture specifically for optimized performance. In the absence of a single, universal technical standard, it is possible to identify trends in the construction of Single Line Diagrams.
Transfer between different power supply sources is a key part of the optimization process – including the protection of an electrical installation using circuit breaker-based Automatic Transfer Switches (ATS). Developing an understanding of the key requirements for continuity of service – combined with an analysis of loads – is the basis for achieving guaranteed power availability.
In this document you will find the basics of optimized design execution – including protection and transfer systems – built on the principles of the separation and independence of these functions.
Massive new Coventry campus targets 60GWh battery output
Where will all the raw materials come from for the manufacturing process? How will they be transported to the factory and what is going to be done with the various scrap and residues?