Home Energy Upgrade

Discover a New World of Comfort. Upgrade Your Home to be more Energy Efficient.

Every home is different and has unique heating requirements. Often, a heating system upgrade comes about because of a breakdown or to upgrade an inefficient old boiler. Home Heating Systems may also be replaced as part of home renovation projects. 

A full home energy upgrade will transform the comfort levels of your home and reduce your energy bills.

Comfort

Enjoy a warmer, cosier and healthier home by upgrading your insulation and adding renewables

Savings

Save on energy bills by using less energy and adding renewable energy to your home

Environment

Reduce your emissions and your carbon footprint with an energy efficient, B2 home.

Value

Increase the value of your property by upgrading your home to a B2 rating or higher.

Ensure Your Home and Heat Pump System are a Good Match:

Getting Started

Heat pump systems are at their most efficient and effective when generating heat at a lower temperature. On this basis, one of the requirements for a dwelling to qualify for an SEAI Home Energy grant for a heat pump system is that the dwelling has low heat loss. Some of the measures that can help achieve this are insulation upgrades such roof and wall insulation upgrades, which are grant aided under SEAI’s Home Energy Grants programme. Good insulation is needed to reduce draughts in the home and eliminate heat losses through open chimneys, which will affect the performance of your heat pump system.

To help achieve this in your home, you must engage an independent SEAI registered Technical Advisor before applying for the heat pump system grant. They will carry out a technical assessment and Building Energy Rating on the house before guiding you on the energy performance of the dwelling, particularly on the suitability of the dwelling for a heat pump system, based on the dwelling’s heat loss. They will provide you with independent guidance on measures that may be necessary to ensure that the dwelling fabric heat loss is lowered to an acceptable level for a heat pump system to perform at its best.

A dwelling with poor insulation and single glazing could cost substantially more to upgrade to the necessary level than, say, a well-insulated dwelling with newer double glazing. The Technical Advisor can also help you understand the types of heat pump systems available and the options most suitable for your dwelling, before you talk in more depth to a heat pump contractor. It is worth discussing home upgrades with friends and family who may have already carried out the measures to give you a better insight into the advantages, improvements and possible issues they experienced when upgrading their own homes. You should visit an existing heat pump system before proceeding with the installation.

3 steps to a warmer home

If your home was built pre 2006 then it probably needs multiple upgrades to increase comfort levels and reduce your energy bills. Your home energy upgrade journey should be done in three steps. Following this process gives you the best results for your investment at every stage.

  1. Assess

First you need to understand what home energy upgrades would benefit your home the most. A BER assessment now comes with a detailed advisory report, tailored to your home. This report gives you a roadmap to achieve a minimum B2 energy rating for your home. Use the report to decide which upgrades you want to carry out.

Find out what is involved in a BER assessment and how to prepare for it.

man in high vis and safety helmet assessing a building and making notes
contractor installing insulation

2. Insulate

The next step is to insulate your home. This will help to keep your valuable heat in your home, increasing your home comfort and reducing your heating bills. Insulation can include the attic, external walls, cavity walls, and floor. You may also consider installing new windows and doors. Learn about insulation in our home energy guide.

Did you know?

  • A home loses 20 – 30% of its heat through the walls
  • A home loses up to 30% through a poorly insulated attic
  • Even if you have some attic insulation you should upgrade it to today’s standard

If you stop after completing this step you will benefit from a warmer home that is cheaper to run.

Learn about the types of energy efficiency upgrades available to make your home more comfortable and cheaper to run

3. Renewable Energy Systems

Now you can add a renewable energy system to your home to provide heat, hot water or electricity. The most popular renewable systems are heat pumps, solar water heating panels and solar photovoltaic panels.

Adding renewable energy to your home will reduce your energy bills and help you to achieve an A-rated home. It will also support the move away from fossil fuels.

person pointing at a tablet showing a display of a house template

Heat Pump Systems

Older gas and oil-fired boilers waste energy and are costly to run. This is because of the amount of fuel they need to maintain comfort levels and hot water in the home. By replacing an older gas or oil boiler with a heat pump system you can:

  • transform the comfort levels in your home
  • create a healthier home
  • end oil and gas bills
  • reduce energy usage
  • reduce greenhouse gas emissions
  • control your heating times, temperature and areas

As heat pumps operate with lower temperature water you may need to replace your existing radiators with low temperature radiators.

Smart Control Systems 

Installing heating controls to your home heating system can reduce your energy usage by up to 20%. Home heating systems without heating controls can waste energy and cost a lot to run. This is because there is little to no control of the amount of heat you are using to heat your home and your hot water.

Modern heating controls can match your space heating and hot water schedules to the usage patterns in your home. This means when you need heat and hot water it is there; and it’s turned off when it is not needed.

Heat Recovery Unit

A well insulated home is more airtight. That means it is important for both the building and its occupants to have good ventilation. Proper ventilation will:

  • improve the air quality by removing stale air and odours
  • ensure that fresh air circulates throughout your home
  • reduce the chance of condensation or mould
  • not make your home colder or draughty