ENERGY: Sustainability; Optimisation & Environment

Hybrid Cooling Systems

Stulz Uk Ltd logo
STULZ UK LTD
First Quarter
Blenheim Road
Epsom
Surrey
KT19 9QN
www.stulz.co.uk

For further information contact:

Course approved by

Length
One Hour

Attendees
Contracts engineers, Projects Engineers, Consultants, Planners, Facilities Manager, Building Services Engineers, as well as Industry professionals.

Fee
FOC

Location
At the participants own premises, or at Stulz UK office in Epsom, Surrey

Provider
STULZ UK LTD

Description
Introduction
• What makes up a hybrid water cooling system?
• How does a hybrid water cooling system work?
• Free cooling

Calculations that must be done when sizing any hybrid water system
• How to size the pump(s)
• How to size the pipework
• How to calculate airflow requirements

External equipment
• Dry coolers
• What type of Pumps should I use?
• Rack Enclosures

Where can I save if I use a hybrid system?
• How to calculate power consumption and what does it mean to you
• EER
• PUE

What have we learned/conclusion
• Where is the best place to use a hybrid water cooling system?
• Future of CRACs

Course tile and key points covered
• What makes up a hybrid water cooling system?
• Free cooling
• Where can I save if I use a hybrid system?
• How to calculate power consumption and what does it mean to you
• Where is the best place to use a hybrid water cooling system?

Speakers
Johnathan Attwood MA, BSc (hons) – Applications Engineer Stulz sales representative
Keith Norton – Senior technical sales manager
Paul Fletcher – Sales manager
Phil McEneaney – Senior technical sales manager

Air Conditioning & Refrigeration

Air Distribution & Ventilation

Controls & Instrumentation

Heating

Pipework/ Valves/ Pumps, etc.

Building Management / Legislation / Regulation

System Design & Project Management

Electrical Services

  • No CPDs

Public Health

CPDs - Hybrid Cooling Systems