AEG Construction Ltd

AEG Construction Ltd delivers compliant whole-house retrofit, funded energy upgrades and sustainable construction solutions, supporting properties across the UK with future-ready, energy-efficient outcomes.

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Completed internal wall insulation upgrade at residential property in Luton

INTERNAL WALL INSULATION CASE STUDY

Internal Wall Insulation Upgrade – Luton Residential Property

AEG delivered a comprehensive internal wall insulation upgrade at a residential property in Luton, combining high-performance insulation with modern heating controls to improve thermal retention, reduce heat loss, and enhance overall energy efficiency.

Location Luton, United Kingdom
Property Type Residential
Measures Installed Internal Wall Insulation & Heating Controls
Energy Rating E (54) to C (75)

PROJECT OVERVIEW

A combined insulation and heating control upgrade designed for stronger thermal performance

This project focused on improving the thermal efficiency of a residential property in Luton through the installation of an internal wall insulation system and upgraded heating control components. The aim was to reduce heat loss through internal wall areas, support improved temperature retention, and create a more comfortable indoor environment.

AEG installed the SWIP Internal Wall Insulation System alongside modern heating controls to ensure the property benefits not only from better insulation performance, but also from more efficient heating management and greater day-to-day control.

Improved thermal resistance through insulated wall build-up

Reduced heat transfer and stronger indoor temperature retention

Integrated heating controls for more efficient energy use

Project Details

Location Luton, United Kingdom
Property Type Residential
Insulation System SWIP Internal Wall Insulation System
Product Specification 18/5506
Heating Controls RADBOT1, ERP Class V111, Secure Meter C1727
Additional Components Standard Lockshield Valves
Bare internal walls before internal wall insulation installation
Wall preparation process before internal wall insulation installation

EXISTING PROPERTY CONDITION

Addressing heat loss, limited wall insulation, and inefficient heating control

Prior to the upgrade, the property experienced notable heat loss through uninsulated internal walls, leading to reduced thermal retention during colder months and lower overall indoor comfort. The existing setup also offered limited heating control, which contributed to inefficient energy use.

These issues affected both performance and practicality. The property required a solution that could improve insulation levels while also enhancing heating management, helping reduce unnecessary heat usage and strengthening the home’s overall efficiency.

Before Upgrade

Uninsulated internal walls, reduced thermal retention, and less efficient heating use.

Main Objective

Improve wall insulation and install modern controls for better comfort and lower energy demand.

INSULATION SOLUTION

A high-performance internal wall insulation system integrated with efficient heating controls

01

Internal Wall Insulation

AEG installed the SWIP Internal Wall Insulation System across key internal wall areas to improve thermal resistance and reduce heat transfer through the building fabric.

02

Heating Control Upgrade

Modern heating control components were integrated to support more intelligent temperature regulation and improve heating performance across the property.

03

Performance Optimisation

Final calibration and performance checks were completed to ensure the installed measures work together effectively and deliver improved efficiency with minimal disruption.

INTERNAL WALL INSULATION SYSTEM

Installed to reduce heat loss and improve indoor temperature stability across key areas

The internal wall insulation system was designed to improve the thermal efficiency of the property by reducing heat loss through wall surfaces and strengthening indoor temperature retention. This helps create a more stable internal environment and supports lower heating energy requirements.

The system was integrated carefully within the existing structure to provide strong performance benefits while maintaining practical installation standards and a clean finished appearance.

Enhanced thermal resistance

Reduced heat transfer through walls

Improved indoor temperature retention

Seamless integration with existing structure

Insulation boards being installed on internal wall
Mid installation progress image for internal wall insulation

INSTALLATION GALLERY

Wall preparation, insulation board fitting, mid-installation progress, and finished surfaces

Installed radiator controls as part of heating control enhancement

HEATING CONTROL ENHANCEMENT

Modern controls installed to support efficient heat distribution and smarter temperature management

Alongside the insulation works, AEG installed upgraded heating control components to help optimise heat distribution and improve how the property uses heating energy day to day. This allows the system to respond more effectively to indoor demand.

Installed components included Secure Meter C1727, RADBOT1 thermostatic controls, ERP Class V111 controls, and standard lockshield valves, helping deliver better temperature regulation and more controlled heating performance.

Intelligent temperature regulation

Improved radiator performance

Reduced unnecessary heating usage

Greater control over indoor climate

HEATING SYSTEM COMPONENTS

Installed controls and radiator components supporting better heating efficiency

The heating control package forms an important part of the project outcome by helping ensure that improved insulation performance is matched by more efficient heating management. This supports stronger day-to-day usability and reduced unnecessary energy consumption.

Secure Meter C1727

RADBOT1 thermostatic control system

ERP Class V111 controls

Standard lockshield valves

Close up of RADBOT control or radiator valve
Heating system components installed as part of upgrade

BEFORE & AFTER

From bare internal wall surfaces to a clean insulated and finished interior

Before Installation
Bare internal walls before internal wall insulation upgrade
After Installation
Completed insulated room wall with clean finished interior

ENERGY PERFORMANCE IMPROVEMENT

A substantial uplift in energy efficiency through insulation and optimised heating control

E

Pre-Installation Rating

The property had a pre-installation EPC rating of E (54), reflecting weaker thermal efficiency and heat retention performance.

C

Post-Installation Rating

Following the upgrade, the property achieved a stronger EPC rating of C (75), demonstrating a measurable improvement in energy performance.

Project Impact

The completed works improved thermal efficiency, reduced heating demand, and aligned the property more closely with modern energy standards.

PROJECT IMPACT

Reduced wall heat loss, improved temperature stability, and stronger overall comfort

The completed internal wall insulation project demonstrates how insulation and heating control upgrades can work together to create a better-performing residential environment. The property now benefits from reduced heat loss, improved indoor temperature stability, and lower overall heating energy requirements.

This balanced approach improves performance while supporting everyday comfort for occupants, making the property more efficient, more practical, and better suited to current energy expectations.

Reduced heat loss through walls

Improved indoor temperature stability

Lower heating energy requirements

Increased comfort for occupants

Finished wall surfaces after internal wall insulation project

VISUAL INSTALLATION GALLERY

From preparation and insulation build-up to finished walls and installed heating controls

Wall preparation process image
Insulation boards being installed
Mid installation progress image
Installed radiator controls
Close up of RADBOT or valves
Completed insulated room wall with finished interior

PLANNING AN INTERNAL INSULATION UPGRADE?

Talk to AEG about internal wall insulation and heating control improvements

We deliver practical retrofit solutions designed to improve thermal efficiency, reduce heating energy demand, and create more comfortable residential spaces.

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