Retrofit and Decarbonisation (N9) | Frameworks | SWPA

Retrofit and Decarbonisation (N9) Introduction to the Framework

The new Retrofit and Decarbonisation (N9) framework is the successor to the Energy Efficiency Measures & Associated works (N8) framework, and follows extensive pre-tender engagement and collaboration with the sector.

The framework supports local authorities, housing associations, education and other public sector organisations in delivering a range of energy efficiency and decarbonisation works helping them with the challenge of achieving net zero and improving the EPC ratings of their stock.

More information on how our framework contributes towards a net zero future and routes to funding support can be found in our procurement guide below:

Procurement Guide - PDF

About the framework

Our Retrofit and Decarbonisation (N9) framework has been specifically designed to support with:

Grant funding support
Driving high standards
Fabric first measures and individual measures
Collaboration and best practises
Innovative technologies
High-quality suppliers

“N9 has been designed specifically to accommodate ongoing sector changes ensuring that it remains relevant throughout its four-year duration thanks to the flexible measures we have incorporated.”

Clive Feeney, CEO at LHCPG

Our social value commitment for N9

The Retrofit and Decarbonisation (N9) framework has been created with key strategic social value objectives in mind aligning them to a set of key measurements.

All organisations appointed to this framework will be expected to work with LHCPG and our clients to help identify, deliver and capture social value outcomes associated with the delivery of projects that are awarded through N9.

“We’re proud to introduce – for the first time - specific social value targets that are connected to the delivery of our frameworks. It’s a vital step forward in ensuring we deliver our social value commitments and continue on our mission of improving lives and places.”

George Stevens, Director of Communities at LHCPG