IN Brief:
- Esh Construction will deliver £2.5m of energy efficiency work across 82 Gateshead homes.
- Seventy bungalows will receive solar PV and ventilation measures, while 12 flats receive insulated roof upgrades.
- Gateshead Council expects every property to reach at least EPC C after the works.
Esh Construction has been appointed by Gateshead Council to deliver a £2.5 million retrofit programme covering 82 homes across the borough, with work focused on solar generation, ventilation, and roof insulation.
The six-month programme will see 70 bungalows fitted with photovoltaic panels and associated ventilation measures, while 12 flats will receive insulated flat-roof upgrades. The properties are spread across Penrith Grove, Florence Avenue, Hillside Place, Kells Lane, Causeway, Malton Green, and Carlisle Place.
The contract was procured through the NEPO233 Retrofit and Decarbonisation Works framework and forms part of the Warm Homes: Social Housing Fund Wave 3 programme. Gateshead Council is using the funding to improve the energy performance of existing stock through coordinated property-level interventions.
Assessment and design work has already been carried out before construction. Retrofit assessments, updated Energy Performance Certificates, and pre-design technical surveys have been completed for the properties, giving the delivery team a baseline for selecting and coordinating the measures used at each home.
Esh has commissioned Storm Tempest to provide retrofit assessment, design, and coordination services. The contractor says the programme will be delivered in line with PAS retrofit requirements, supported by a supply chain compliant with PAS 2030, PAS 2035, and Microgeneration Certification Scheme requirements where relevant.
Gateshead Council expects every property in the programme to reach at least EPC C. The homes were predominantly rated EPC D before the works, so the programme is targeting a measurable improvement rather than applying the same package irrespective of existing performance.
The distinction matters because domestic retrofit is increasingly being treated as a coordinated construction process rather than a catalogue of energy products. Adding photovoltaic panels affects roof loading, electrical infrastructure, metering, and maintenance. Improving insulation can alter moisture behaviour, while reducing uncontrolled air leakage can increase the importance of designed ventilation.
The 70 bungalows receiving PV and ventilation illustrate that interface directly. Solar generation can reduce imported electricity, but resident benefit depends on system sizing, orientation, electrical condition, controls, and usage patterns. Ventilation serves a different purpose, yet it has to be considered within the same property-level design so that energy improvements do not create poorer indoor air quality or condensation risk.
The 12 flats receiving insulated flat-roof upgrades present a separate set of construction issues. Roof retrofit has to resolve waterproofing, insulation continuity, falls, penetrations, upstands, drainage, and junctions with existing walls and services. The thermal calculation may be straightforward; delivering the detail across occupied homes without introducing moisture or weathering defects is the more difficult part.
Working across occupied social housing also changes site logistics. Access appointments, resident communication, safeguarding, temporary disruption, scaffolding or roof access, electrical isolation, and quality inspections have to be repeated property by property. A six-month programme across 82 homes therefore depends on reliable sequencing and resident coordination as much as on the productivity of each installation team.
The scheme follows earlier Esh retrofit programmes elsewhere in the North East and Tees Valley, giving the contractor an established regional supply chain for this type of work. That experience can support survey consistency and installation standards, although every housing stock profile still presents different construction details and resident circumstances.
Warm Homes funding also places delivery within a defined compliance and reporting environment. Public retrofit programmes need evidence that measures have been designed, installed, and checked against the relevant standards, and that claimed energy improvements are supported by property information rather than generic assumptions.
Documentation therefore becomes part of the construction output. Design records, installation evidence, commissioning information, certification, and resident handover all have to remain aligned if the programme is to demonstrate that funded measures were properly delivered and are operating as intended.
Gateshead’s programme is modest in scale compared with whole-estate decarbonisation projects, but its mixed package is representative of the direction of travel. Councils are increasingly combining fabric, ventilation, and on-site generation while using property-level assessment to decide what is appropriate, reducing the attraction of simple one-measure programmes.
With surveys completed and the contractor appointed, the next test is consistent delivery across the seven locations. Reaching EPC C will provide the headline measure, but the longer-term result will depend on waterproof roofs, correctly commissioned ventilation, functioning PV systems, complete compliance records, and residents who understand how the altered homes should operate.
