Read a full report of the refurbishments of TEIGN VALLEY COMMUNITY HALL, EX6 7WA
Energy/carbon saving works completed 2021 – 2025:
- Cavity wall insulation (resin beads) to supplement 50mm cellotex on inner surface of cavity
- Replace original double glazed doors with thermally efficient doors in entrance and main hall
- Automatic door in entrance to deter propping open
- Additional loft insulation throughout, to total depth of ~600mm
- DHW: Replace x2 300L hot water tanks with x3 30L point of use electric water heaters on max 4 hour time
- Replace x2 oil fired boilers with x3 ASHPs (2x 14kW for main hall, 1 x 14kW + 300L buffer vessel elsewhere
- Radiators fitted with tamper-proof TADO smart thermostats, remote control via app
- Main hall heating timer-controlled via remote app, with ‘setback’ temperature of 16C
- Lights replaced with low energy LEDs, many on motion sensors and timers
- Solar PV and battery installed
These works help to reduce energy use and carbon by:
- Improving the fabric of the building (insulation, controlling airflow and airtightness) to reduce heat loss
- Replacing heat generators with much more efficient (and effective) appliances that use less fossil-fuel
- Reducing or removing sources of wastage (un-used DHW, frost prevention heater in loft)
- Minimising energy wastage caused by hall users forgetting to turn things off (behavioural changes)
- Installing on-site electricity generation to cover some of our energy needs (~30%)
Impact for hall and hall users:
- User comfort – heating that actually works (and new aircon gives potential for a cool space for the future)
- User convenience – a self-service facility so important that controls are automated or simple
- Hall volunteers’ convenience – control heating from home
- Hire costs are kept down (energy bills are at a historic low in real terms)
- Hall remains viable as a community facility for the foreseeable future
Next steps:
- Replace remaining double glazing with better units
- Continue to monitor system performance and user behaviours to identify further energy saving actions
| Electricity in kWh | Oil in L | Total energy used kWh | Tonnes CO2e | |||
| 2014 – 2018 average p.a. | 9,908 | 4,966 | 61,309 | 3.131 + 15.239 =18.37 | ||
| Based on actual readings over 3 years | (equiv. ~ 51,401 kWh) Based on oil deliveries | |||||
| Jul 2024 – Jun 2025 | 12,653 | NA | 12,653 | 3.478 | ||
| imported | ||||||
| Jul 2024 – Jun 2025 | 5,500 | NA | 5,500 | 1.512 | ||
| Solar PV used (est.) | ||||||
| Jul 2024 – Jun 2025 | 18,100 | NA | 18,153 | 4.99 | ||
| Average price paid: 2014-18 oil=0.455 £/L ; electricity=0.14 £/kWh ; 2024-25 electricity =0.244 £/kWh | ||||||
| Totals paid p.a. | 2016 | 2025 | ||||
| £3,646.65 | £3,087.33 | |||||
| £5,710.00 | at today’s value | |||||
