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Integrated Pumping Systems (IPS) for Multi-Pump, Multi-Zone Control
 Overview
This session covers the principles, applications and issues relating to parallel variable speed pumping and controls for optimising energy while satisfying key building loads. The module answers questions such as: How can I reduce energy usage without sacrificing standby capacity?How do I develop a pump control strategy that will optimise energy savings and ensure that the needs of key building loads are met? When designing variable volume heating and chilled water systems, how can I reduce project risk for my company and my client?
Agenda
Why Variable Speed Pumping? |
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Energy Efficiency, Speed/Power Relationship |
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How to use Parallel Pumping |
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What is Parallel Pumping? |
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Reducing Installed kW |
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Optimised Variable Speed Pumping |
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DP Sensor Strategies and use of Multiple Sensors |
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Integrated Pumping Systems |
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Control Sequence of Operation |
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BMS Communications |
Key Learning Outcomes Include
- How the use of parallel pumping reduces installed kW and carbon footprint
- The use of multi sensor control strategies for optimum variable speed control
- Adopting an integrated design approach for improved efficiency
- How to reduce both installed-cost and life-cycle costs while providing building
owners with sustainable pumping systems exceeding Part L requirements
- Reducing project risk through an integrated design approach
More courses are scheduled to be announced but please feel free to contact us directly for any further information.
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