hen selecting the most appropriate technology
W for a data centre battery backup power system it ’ s essential to look beyond what is available or trending . Each facility has its own unique aspects impacting the choice , determined by such factors as size , location , energy quality and availability , cooling performance and customer preference .
Crafting a reliable system means considering every variable to ensure maximum reliability and the highest return on investment ( ROI ). Every data centre is different , and every decision must align with these specific conditions .
Greenfield vs Brownfield projects : Tailoring your battery strategy
For new data centres ( Greenfield projects ), battery decision factors are more straightforward . With a blank canvas , it is much easier to plan proper ventilation , HVAC systems and fire suppression to support the desired technology .
Erick Soares , Senior Product Manager – UPS and Renewables , C & D Technologies
According to Erick Soares , Senior Product Manager – UPS and Renewables , C & D Technologies , selecting the best battery for your data centre ’ s backup power system isn ’ t just a technical decision – it ’ s a strategic one .
However , new projects present a bigger challenge when it comes to capacity . Computational capacity , along with all backup systems required to support it , are based on predicted demand for the data centre ’ s life . With our crystal balls being cloudy at best , and thanks to huge increases in demand from AI , a data centre built five years ago may already be falling short today .
Brownfield projects – expansions or retrofits – present their own complexities . Rooms originally sized for a specific battery type or with certain design features may make it harder to accommodate newer technologies or support additional capacity . Room size , cooling / ventilation and fire suppression
DOES ‘ THE ONE ’ EXIST ? HOW TO ALIGN YOUR DATA CENTRE AND BATTERY CHEMISTRY
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