Why It's Time to Switch from Gas to Electric Heating

Environmental Impact

With the UK government aiming to phase out 80% of gas boilers by 2035 as part of broader decarbonisation initiatives, the writing is on the wall: the future lies in cleaner, more sustainable energy alternatives.

First and foremost, it's essential to recognise the environmental impact of gas heating. 

• Gas combustion releases carbon dioxide (CO2), a greenhouse gas that contributes significantly to global warming and climate change.
• Gas is one of the largest contributors to CO2 emissions, making it a primary target for reduction efforts.

Electric heating presents a compelling solution to the environmental challenges posed by gas. 

• Electric heating systems produce zero on-site emissions, making them an inherently greener choice.
• Switching to electric heating significantly reduces carbon footprint and contributes to combating climate change.

How efficient are electrical vs gas radiators? 

Gas Efficiency:

Gas efficiency is affected by heat loss through poorly insulated pipes systems and reliance on centralised control.

Heat Transfer:

Both electric and gas radiators use convection and radiation to produce warmth, making them highly efficient.

• Convection quickly raises room temperature by warming the air, providing responsive heating.
• Radiant heat warms people and objects directly and tends to last longer.

Individual Room Heating:

Gas heating systems may lack the ability to heat rooms on an individual basis, potentially wasting energy by heating unused spaces.

Electric Radiator Efficiency:

• Electric radiators are 100% efficient at the point of use, minimising energy waste.
• Every watt of electricity used is turned into usable heat without waste.

Precise Temperature Control:

Many electric radiators are equipped with precise digital thermostats, regulating temperature and preventing under or over-heating, thereby saving energy.

Can you make metric heating carbon free?

The process of electricity to power, often relies on fossil fuels like coal or natural gas, thereby contributing to carbon emissions and facing the same issues as gas.

However, there's a clear solution to this dilemma: 

• Making metric heating carbon-free by adopting clean-green, renewable energy sources.
• Pair you electric heating system with a renewable energy source like solar panels. 

By doing either one of these, your electric heating will be carbon neutral from start to finish. A significant step towards mitigating climate change and achieving sustainability goals.

What are the maintenance requirements for electric and gas heating systems?

Gas Heating Maintenance:

• Gas boilers require regular servicing to ensure safety and efficiency.
• Potential repair costs and the need for costly boiler replacements add to maintenance expenses.

Electric Heating Advantages:

• Electric radiators are easier to install and have lower maintenance requirements.
• They have fewer moving parts and are highly energy-efficient.

What are the comparative running expenses of gas central heating versus electric heating?

Gas Running Costs:

• Gas is cheaper per unit, but additional expenses such as heat losses and maintenance fees should be considered.
• Potential for significant repair costs and boiler replacements.

Electric Running Costs:

• Electric radiators may have higher running costs per hour, but precise control over room temperatures optimises energy usage.
• No heat loss through pipes or ducts leads to lower energy bills and reduced carbon emissions.

Ultimately, the decision to switch from gas to electric heating depends on various factors such as budget, energy efficiency, and environmental impact. 

While gas may offer initial cost savings, electric heating provides long-term benefits in terms of efficiency, maintenance, and sustainability. 

By weighing these factors, homeowners can make an informed choice that aligns with their heating needs and values.