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Replacing old pumps by new pumps can generate energy savings up to 45% simply due to improved pump and motor efficiency. However, by looking beyond the pump itself, up to 95% of pump energy savings can be achieved by also optimising pump controls, valve selection, pump (de)centralisation, and more.
In this webinar, we’ll cover best practices for designing HVAC systems whilst improving pump energy savings. One of our HVAC Experts will guide you through the following topics, with a live Q&A at the end:
- Pump sizing
- Pump efficiency - Best Efficiency Point
- Pump controls - constant speed, constant head, proportional head
- Remote delta-p
- Constant vs. variable flow
- Pump & valve optimisation
- Impact hydraulic balance
- (De)centralisation of pumps
Whether you’re an HVAC Engineer, M&E Consultant, Installer, Design & Build Contractor, ESCO, or simply interested in the latest HVAC technologies, everyone is welcome to join!
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Designing Changeover Systems
In changeover systems, the same thermal end units or even the same hydraulic network are used for both heating and cooling purposes. This makes them attractive from an investment standpoint but significantly increases the complexity of calculations.
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Améliorer les Économies d'Énergie des Pompes
Le remplacement des anciennes pompes par des nouvelles peut générer des économies d’énergie allant jusqu’à 45 %, simplement grâce à une meilleure efficacité des pompes et des moteurs. Cependant, en regardant au-delà de la pompe elle-même, jusqu’à 95 % des économies d’énergie peuvent être réalisées en optimisant également les régulations de la pompe, la sélection des vannes, la configuration des pompes (centralisation/décentralisation), et plus encore.
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Maximising Heat Pump Efficiency
Heat pumps have seen a significant rise in popularity in recent years – and rightly so, as they are the technology of choice for making buildings more sustainable. However, implementing a heat pump isn’t a simple plug-and-play solution. Proper hydraulic and control-strategic integration are crucial to achieve maximum efficiency and extend the system’s lifetime.