The topic of how to effectively heat your home has resurfaced as the heating season begins. This long-standing discussion revolves around two primary methods: keeping heating systems on continuously versus turning them on only when necessary. Martin Lewis, from MoneySavingExpert, has delved into this issue with insights from various sources, including the Energy Saving Trust and British Gas.
Martin Lewis Settles Heating Debate with Research
According to MoneySavingExpert, leaving heating on all day typically results in increased heat loss and higher energy costs. This conclusion is based on comprehensive research and feedback from MoneySavers and experts in the field.
Contrasting Heating Approaches
- Low and Slow Method: Advocates suggest maintaining a low temperature consistently to heat effectively.
- Turned On and Off: Critics argue this can be more cost-efficient, heating only when needed.
Expert Recommendations
The Energy Saving Trust emphasizes that running heating continuously is less economical. Instead, it encourages homeowners to heat their properties only as required, utilizing programmable thermostats to achieve the desired temperature efficiently.
When to Use Each Method
The choice of heating method can depend on several factors, including:
- Type of heating system (modern boiler, heat pump)
- Frequency of being home throughout the day
- Insulation quality of the home
Specific Situations
If you have a modern heating setup, you may benefit from the “low and slow” approach. Keeping your home at a steady temperature of around 18-19°C can enhance energy efficiency, especially with well-insulated spaces.
However, this strategy may not suit everyone. Homes with quick-heating walls, such as those made of plasterboard, may require a different approach. In cases like these, the intermittent heating strategy may be more beneficial.
Trial and Error for Optimal Heating
Given the absence of a one-size-fits-all solution, MoneySavingExpert encourages homeowners to experiment with both methods. By tracking energy consumption, individuals can determine which technique proves more effective for their specific circumstances. Ensure similar temperature conditions when comparing results for accuracy.
