– Understand what an EPC is and when it is required
– Information on what an EPC contains
– Understand general rules of practice that can help increase your EPC rating
– Identify how electric heating products may impact your EPC rating
Energy Performance Certificates (EPCs) are essential tools for evaluating the energy efficiency of buildings. These certificates provide a clear and comprehensive energy efficiency rating for properties, ranging from A (highly efficient) to G (highly inefficient).
Beyond simply rating a building’s current energy efficiency, EPCs include detailed recommendations for improvements. By following these suggestions, property owners can significantly enhance energy performance and reduce costs. Even renters can benefit from the advice provided in EPCs, such
as switching to energy-efficient light bulbs.
EPCs are valid for 10 years from the date of issuance. Ensuring your EPC is up-to-date allows you to fully benefit from the cost savings and environmental advantages it offers.
An Energy Performance Certificate (EPC) is mandatory when:
You must order an EPC for potential buyers and tenants before marketing your property for sale or rent. In Scotland, it is a legal requirement to display the EPC within the property, for example, in the meter cupboard or next to the boiler.
An EPC includes:
Make sure to obtain an EPC to understand your property’s energy performance and take steps to enhance its efficiency.
Note: Properties are not all utilised in the same manner. The energy efficiency rating is based on ‘standard occupancy’ assumptions (usually 2 adults and 2 children), which may differ significantly from how you actually use heating and lighting in your home.
Improving an Energy Performance Certificate (EPC) score typically involves a combination of upgrades and modifications to enhance a property’s energy efficiency. Here are some common measures that can help:
1. Insulation:
2. Heating Systems:
4. Lighting:
5. Renewable Energy:
6. Hot Water Systems:
7. Appliances and Electronics:
8. Building Fabric Improvements:
By implementing these measures, property owners can improve their EPC scores, resulting in lower energy bills and a reduced carbon footprint.
Our High Heat Retention Storage Heaters use electricity to heat up magnetite bricks during off-peak hours, typically at night when energy prices are at their lowest. Magnetite bricks are chosen for their exceptional heat retention capabilities, allowing them to store heat efficiently and release it when needed. During the day, the stored heat is released into the room through convection, with the help of a fan to distribute the warmth evenly.
One of the main benefits of High Heat Retention Storage Heaters is their ability to retain heat for long periods of time. This extended heat retention ensures that warmth is available throughout the day, even during peak hours when electricity prices are higher. As a result, these heaters provide a consistent and comfortable indoor temperature without the need for continuous energy consumption.
Situations where HHR storage heaters are recommended:
Situations where HHR storage heaters are suggested not to be used:
How to choose the perfect HHR Storage Heaters:
When choosing a High Heat Retention Storage Heater it is incredibly important that the storage heater is within the EPC database. To check this, please click here. In regards to our heaters, they are under Elnur Gabarron.
Our electric radiators are known for their efficient and precise heating capabilities, offering advanced control features and stylish designs suitable for both residential and commercial spaces. They emphasise energy efficiency and comfort, utilising modern technology to provide reliable warmth with minimal environmental impact.
How do they impact your EPC score?
Electric radiators do score poorly on an EPC as it uses electricity as its primary score of energy, and electricity is a high cost fuel. They are considered to be 100% efficient, so each kWh of electricity will give you a kWh of heat.
However, the challenge lies in the significant cost disparity between electricity and gas, with electricity generally being three to four times more expensive. For electric radiators to match the cost-effectiveness of gas central heating, they would need to be three to four times more efficient than they currently are. This cost inefficiency is a primary reason for their poor EPC ratings.
Our electric boilers are known for their reliability and efficiency in providing heating solutions for residential spaces around the UK. They are designed to deliver consistent and comfortable warmth while maximising energy efficiency. Our electric boilers incorporate advanced technology and controls to optimise performance and minimise environmental impact, making them a popular choice for modern heating systems.
How do they impact your EPC score?
Electric boilers, much like electric radiators, do score poorly on an EPC as it uses electricity as its primary score of energy, and electricity is a high cost fuel.
Due to the EPC rating being based on running costs, an electric boiler will always rate lower than a gas boiler. If you do decide to have an electric boiler installed in a residential property, it would be wise to get an EPC rating carried out before you install it, so that the exact impact on the EPC can be easily determined.