How iHelios Infrared Heating Film Supports Net Zero UK and Saves You Energy
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Heating efficiency is essential for Net Zero UK.
Space heating in UK homes is the single biggest use of household energy.
It typically accounts for around two-thirds of what we use at home, far more than lights or appliances.
That demand drives a large share of household carbon emissions.
The main culprit is natural gas boilers, which still heat most UK homes.
Burning gas releases significant CO₂ every time we turn on the heating, making it the biggest emissions problem.
If the UK is serious about Net Zero, cutting space-heating emissions has to come first.
The clean path is electrification, because electricity can be powered by renewable energy.
Electric heating, running on a cleaner grid, deliver the same warmth using far less energy than gas.
Pair them with insulation, smart controls, and renewable energy to slash demand and bills.
The future of home comfort is electric, efficient, and increasingly renewable.
iHelios infrared heating film delivers invisible, comfortable warmth using less energy, integrates with solar and batteries, and works with smart controls to minimise waste and cost.
How iHelios Uses Power (Real Calculations)
Infrared film warms people and surfaces directly. Those surfaces store heat and slowly release it, so you don’t need constant power.
- 1 kW system – first hour ~ 750 W (0.75 kWh) to reach target temperature.
- Each next hour – ~ 15 minutes of top-up (~0.25 kWh per hour).
6-Hour Usage Example (No Smart Controls)
- Hour 1: 0.75 kWh
- Hours 2–6: 0.25 kWh × 5 = 1.25 kWh
- Total: 2.0 kWh (vs ~6.0 kWh for a standard 1 kW heater running constantly)
At £0.25/kWh, 2.0 kWh ≈ £0.50 for 6 hours (vs £1.50 for a standard heater).
Boost Savings with Occupancy Sensors
Adding an occupancy sensor typically saves around 40% by pausing heat when the room is empty. From 2.0 kWh → 1.2 kWh (≈ £0.30 over 6 hours).
Automation via the Living Reinvented App
Remote control, scheduling, pre-heat before use, and optimisation with solar/self-consumption can save an additional 10–15%, bringing ~1.2 kWh down to ~1.05 kWh (~£0.26).
Why Infrared Heating Supports Net Zero UK
- Lower electricity demand than typical electric heating.
- Seamless with solar PV + battery +grid control for low-carbon or zero-carbon heat.
- Smart controls reduce peak demand and emissions intensity.
Combined Savings Snapshot
| Setup | Total Energy (6h) | Cost @ £0.25/kWh | Saving vs Standard |
|---|---|---|---|
| Standard 1 kW heater | 6.0 kWh | £1.50 | — |
| iHelios film (base) | 2.0 kWh | £0.50 | ~67% |
| + Occupancy sensor | 1.2 kWh | £0.30 | ~80% |
| + App automation | ~1.05 kWh | £0.26 | ~82% |
Explore iHelios Infrared Heating Film and the Living Reinvented app to start saving.
Please note: Actual values may vary depending on insulation quality and room size, but the pattern is consistent
FAQs
How much energy does a 1 kW iHelios film system use?
About 0.75 kWh in the first hour, then ~0.25 kWh per hour for top-ups. Over 6 hours ≈ 2.0 kWh.
How much does an occupancy sensor save?
Around 40% in typical usage by pausing heat when rooms are empty.
What extra savings does the app deliver?
Remote control, scheduling, and automation typically save another 10–15%.
Does this help with Net Zero UK?
Yes—lower energy use, renewable compatibility, and peak-time optimisation all support the UK’s Net Zero goals.