ENACT – PATHWAY
Retrofit Pathway is one of the most important sections in the toolkit where it guides through the commercial building retrofitting journey in 5 main steps.
The tool offers step-by-step guidance, key resources, and useful links to facilitate informed decision-making and streamline retrofit implementation. Consolidating all relevant information in one place enhances readability and accessibility for users.
Below outlined are the key steps of the ENACT tool, with a detailed breakdown of each step provided thereafter.
Before taking action, it’s essential to understand how, where, and when your business uses energy. This insight forms the foundation for making effective and targeted improvements. By identifying energy-intensive systems and behaviours, such as heating, lighting, or equipment left running unnecessarily and other low cost – no cost solutions. This review uncovers quick wins and longer-term opportunities to reduce consumption and costs.
Action tips
To enhance basic understanding of energy efficiency upgrades it is worth to invest time in learning about energy efficiency. Following training toolkits will help you to upgrade your knowledge about energy efficiency,
Key training toolkits:
A free, online, self-paced e-learning platform covering a wide range of energy efficiency topics, including business energy efficiency, office energy use, solar PV, electric vehicles, and behavioural change. The modules are interactive, mobile-friendly, and suitable for all staff levels. Each module includes an assessment and provides a certificate upon completion
Digital tools from the European Commission to support SRI assessments, helping businesses and building owners improve the smartness and energy efficiency of their buildings
A step-by-step toolkit guiding businesses through emissions calculation, target setting, implementation, and progress measurement. IBEC also offers in-person workshops and online resources to support business climate action.
Once you have a good understanding of your energy use, you can develop a practical energy action plan following basic energy management techniques and steps. A strong energy action plan is more than a list of upgrades. It supports continuous improvement by establishing a structured approach to managing energy use, setting internal accountability, and encouraging regular review and staff involvement. The plan can start small and grow as your business gains confidence and resources.
You can participate for free online workshop from SEAI for better understand of energy management and creating an energy action plan.
Climate Toolkit 4 Business – An online tool that helps businesses estimate their carbon footprint and recommends practical, cost-effective actions for energy upgrades and emission reduction.
This is the first step of any energy saving project, and crucial to identify energy consumption hotspots and inefficiencies in the building. This will help to understand how much energy your business uses, bad actors in your process and actions that need to take to save energy, and their estimated cost and impact.
Regulatory requirements
Why do you need an Energy Audit?
Quick links:
It is important to understand the financial supports and grants available for SMEs and other businesses in different settings before performing the cost benefit analysis for a project.
This tool makes it easier for you to see what non repayable and other finance options available to you depending on the business sector, retrofit measures, annual energy consumption and size of the project. These inputs will decide what grants available to you and key information like grant amount, timeline and direct link to the specific grant will be showed to you.
Refer to our Financing Business Energy Upgrades handbook to explore more information on possible grants, tax reliefs, loan finance, asset finance, etc. This guide will help you to understand pros and cons in different types of finance options which will help you to decide which options are most suitable for your business approach.
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Simplified flowchart for FDMT
It’s always better to select SEAI registered contractor to implement your energy efficient retrofit project to ensure all works meet quality and competency and compliance with Irish standards which lead to secure the grants available.
When selecting a contractor, it is important to consider the following key factors.
Quick links:
When developing a retrofit plan, the initial energy audit is important, and the retrofit work needs to be aligned with the initial anergy audit recommendations which will allow business to save energy through the improvement. Business owner can request the help from the contractor, and both can discuss and finalise the retrofit plan. When developing the retrofit plan its always better to adhere to the requirement with the EPBD energy efficiency targets and specially Minimum Energy Performance Standards (MEPS) for non-residential buildings.
Risk assessment also an important aspect you need to consider in this stage. Deciding how much risk is involved in the project, which determines how it will be managed moving forward. Proper retrofit plan leads you to reduce the lead time and interruption to your business.
Quick links:
This step consists of installing and carry out the planned measures, testing and handover to the business. Make sure following key actions are performed during project implementation phase,
Once you complete the retrofit measures you can update your BER rating by doing a BER assessment from a qualified BER assessor.
Quick links:
Monitoring your system and maintain in a proper way is very important at the end of a retrofit project. Make sure your installed systems running smoothly and monitor them frequently to understand any faults in the system. It is essential to discuss with your contractor to look into the preventive maintenance schedule for your M&E systems installed.
Refer to the following guides to get an idea about how you can maintain and monitor your installed M&E systems.
Heat pump operation and maintenance guide.
O&M guide for mechanical ventilator heat recovery (MVHR) unit
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