Comparison of the energy usage and cost-effectiveness of heating systems
Energy Usage Comparison - iHelios Smart Heating vs. Heat Pump vs. Gas CH
Introduction: In this case study, we will compare the energy usage and cost-effectiveness of heating systems - the iHelios Smart Heating System vs Heat Pump and Gas
System Overview:
iHelios Smart Infrared Heating System
Cost: £5,500
Solar Panels Cost: £5,800
Total Initial Cost: £11,300
Heating Method: Infrared Smart Heating
Additional Features: Eco-invisible technology, voice-activated controls, energy-saving multi zone control.
Heat Pump System
Cost: £18,000 -£7500 government Grants= £10,500
Heating Method: Air-source Heat Pump
Additional Features: Traditional HVAC system with heat pump technology.
Above data from energy supplier website
Gas Heating System
Cost: £6,000 (installation + materials)
Above data from energy supplier website
Energy Usage Comparison:
Year-Round Energy Consumption (kWh):
iHelios Smart Heating System: 6,800 kWh usage last year 3100 kWh
Heat Pump System: 9,600 kWh 300 efficiency 3,200kWh
Gas Heating System: 9,600 kWh 82.5 efficiency 11,700kWh
Cost of Electricity (Assuming £0.30 per kWh):
iHelios Smart Heating System: £930
Heat Pump System: £960
Gas Heating System: £936
Solar Panels Contribution:
The iHelios system is equipped with 4.4 kW solar panels.
Solar Energy Production: 4,000 kWh
Energy Offset (iHelios): 3,100 kWh
Excess Energy (can be sold back to the grid, stored or used for heating water ): 900 kWh
Net Energy Costs:
iHelios Smart Heating System (after solar offset): £0
Heat Pump System: £960
Gas Heating System: £936
Savings Comparison:
Over the course of a year, the iHelios Smart Heating System results in significant cost savings compared to the Heat Pump system. The iHelios system benefits from both its energy-efficient design and the solar panel installation.
More savings if we add no yearly checkout and maintenance cost. Lifespan of iHelios film also two times longer so you need double cost of HP.Environmental Impact:
The iHelios system also offers a substantial environmental benefit due to its reduced energy consumption. By using less electricity and leveraging solar energy, it helps reduce carbon emissions and contributes to a more sustainable and eco-friendly home heating solution.
Conclusion:
The iHelios Smart Heating System, with its innovative infrared smart heating technology and solar panel integration, proves to be a cost-effective and environmentally friendly choice compared to a traditional Heat Pump system. With an initial cost of £11300 (including solar panels), it provides a substantial return on investment through reduced energy consumption and utility bill savings. Additionally, the surplus solar energy generated can be utilized or sold back to the grid, further enhancing its cost-effectiveness and sustainability.
This case study demonstrates that investing in advanced and eco-invisible smart home solutions like iHelios not only leads to energy and cost savings but also contributes positively to the environment.
