Each gym studio that Rinnai had to measure revealed different kW load limits ranging from 8kW to 20kW. Rinnai’s system design team then decided on the necessary decarbonizing technology required for each individual gym, bespoke design-led packages including a mixture of Rinnai decarbonizing HDW heating technologies was then selected, these include;
- LOW-GWP R290 ASHP’s
- Infinit-e Electric Storage water heaters
- Optimised Heat Pump Cylinder Coil cylinder or plate heat exchanger.
- Unvented kit (cold water feed).
- System controls
The Rinnai system selection is supported by unique capital expenditure, operational expenditure and carbon modelling, ensuring that the end user could make practical, economical and technically feasible decisions.
Below is a few graphs that illustrate carbon output, CAPEX costs and system efficiency over 5 years. The graphic inputs are shown only for the 12 kW ASHP, 300 heat pump cylinder and direct electric storage water heaters (E-cylinder 305L) for one of the gyms in the southern region. The first graph focuses on carbon production.
The second below graph details the CAPEX costs associated with Rinnai’s 12kW Air Source Heat Pump over 5 years.
Below is a graph that reveals the annual consumption of energy Rinnai’s 12kW fully electric system.
Rinnai aims to make heat pump design simple and model the reality of total system performance. Including the use of SPF (seasonal performance factors) which analysis the complete system performance for support with your next design contact Rinnai today https://www.rinnai-uk.co.uk/contact-us/help-me-choose-product
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