

Leading the transition to net zero leisure facilities
Leading the transition to net zero leisure facilities
The Net Zero Pod is the leading solution for transitioning to net zero facilities.
• An innovative and pioneering application of heat pump and green technology.
• An acoustic Packaged Plant Room for better quality control and ease of installation / commissioning. Designed and built off-site at the Leisure Energy Technology Centre.
• Natural Refrigerant (CO2) with a Global Warming Potential (GWP) of 1.
• Capable of delivering sCOP’s of 4+.
• Range of Heat Pump sizes available (for example: 2x250kw / 2x 150kw) suitable for leisure and other buildings.
• Significantly more efficient with lower running costs – compelling ROI and better value for money.
• 50°C and 75°C (up to 90°C) flow and return circuits as standard.
• Chilled circuit upgrade available – for “free” cooling Studios, Gym, Soft play etc.
• Making decarbonisation affordable and uniquely suited to Swimming Pools in particular.
• Smart building management – accessing off-peak utility tariffs.
• Funded solutions available linked to maintenance / service package underpinned by a Performance Warranty – breaking the link and reliance on grant funding.
2.0 Data Sheet
This data sheet is for a Net Zero Pod 250kw Twin Pack as shown in the above picture.
4.0
CO₂
Buffer Vessel (nominal) 1,500 litres
Grundfos Primary circulating Pump with VSD 0.33 kW
CO₂
Fluid
Buffer Vessel (Nominal) 2,500 litres
Grundfos Primary circulating Pump with VSD 2.2 kW
Location Remote – near / flexible
Orientation V BANK
Fans 7 x 2
Refrigerant R744
Circulation method DX
Maximum Allowable Pressure 80 Bar Air Flow rate 53.5 M³/s
Fin Material Aluminium
Inlet Connection Size 4 x 41.3mm
Outlet Connection Size 4 x 33.7mm
Fan Type EC
kW Full Load Current (per fan) 1.85 Amps
Defrost type Hot Gas
Sound Pressure @ 10mtr 45dBA
Preliminary Dimensions L 9.3m x W 2.3m x H 2.60m Net Weight preliminary 3,500 Kg
8.0 Net Zero Pod Performance
Address: Units 6-8, Site 8, Gemini Business Park,
Note actual SCoP is dependant on DHW : Heating ratio. Assumed 15%
Communication Modbus TCP 1 off
IP Link, Cradlepoint modem connection 1 off
Change Over Valve, boil Protection HE10 Yes
Liquid Level transmitter in receiver Yes
H48 filter drier 320 liquid line Yes
VSD on lead compressor Yes
External Start/Stop Yes
Anti vibration mount of MT compressors Yes
Low lift by-pass valve HP Pressure Switch 130Bar Yes
Hot Gas defrost system Yes
defrost kit
Meter
off
Address:
Pipework Insulation Yes
CO₂ Leak Detection Yes
Preliminary Dimensions L 8.2m x W 3.6m x H 3.0m Net Wet Weight preliminary
Exterior Colour
Note: Other colours are available
10.0