Energy Usage Comparison: ASSA Energy Hub's iHelios Smart Heating vs. Heat Pump vs. Gas Central Heating

Introduction: This case study compares the energy usage and cost-effectiveness of three heating systems: the iHelios Smart Heating System by ASSA Energy Hub, a Heat Pump, and Gas Central Heating.

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, and energy-saving multi-zone control.

Heat Pump System

• Cost: £18,000 - £7,500 government grants = £10,500
• Heating Method: Air-source Heat Pump
• Additional Features: Traditional HVAC system combined with heat pump technology.

Gas Heating System

• Cost: £6,000 (installation + materials)

Data sourced from energy supplier websites.

Energy Usage Comparison:

Year-Round Energy Consumption (kWh):

• iHelios Smart Heating System: 6,800 kWh last year; 3,100 kWh this year.
• Heat Pump System: 9,600 kWh; 3,200 kWh with 300% efficiency.
• Gas Heating System: 9,600 kWh; 11,700 kWh with 82.5% efficiency.

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 comes 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 shows significant cost savings compared to the Heat Pump system. The energy-efficient design of the iHelios system, combined with the solar panel installation, leads to more savings, especially since there are no yearly check-up and maintenance costs. Additionally, the lifespan of the iHelios film is twice as long as the heat pump, meaning you would incur double the cost for the heat pump over time.

Environmental Impact:

The iHelios system also provides substantial environmental benefits by reducing energy consumption. By using less electricity and utilizing solar energy, it helps lower carbon emissions, contributing to a more sustainable and eco-friendly home heating solution.

Conclusion:

The iHelios Smart Heating System from ASSA Energy Hub, with its innovative infrared technology and integration of solar panels, proves to be a cost-effective and environmentally friendly choice when compared to a traditional Heat Pump system. With an initial cost of £11,300 (including solar panels), it offers a significant return on investment through reduced energy usage and savings on utility bills. The additional solar energy produced can either be used or sold back to the grid, enhancing both its cost-effectiveness and sustainability.

This case study shows that investing in advanced, eco-invisible smart home solutions like iHelios not only leads to energy and cost savings but also positively impacts the environment.