• Andover North Site Redevelopment

    Andover North Site Redevelopment

    Client: Ministry of Defence

    Providing high quality accommodation for 1,300 people, this 20,000m2, three-storey, open-plan office has an interconnecting covered street, a 150-seat lecture theatre and a caf area.

    The implementation of low-energy, low-impact engineering systems included displacement ventilation using a floor void supply air plenum, a heat sink via the exposed concrete soffit and intelligent lighting using presence- and daylight-controlled luminaires. The building s orientation and fa ade are also designed to reduce solar heat gain, and good insulation values minimise heat loss.

  • Devonport Dockyard

    Devonport Dockyard

    Client: Ministry of Defence

    Hoare Lea has been involved with Devonport Dockyard for more than 50 years working originally with the Property Services Agency and the Ministry of Defence and more recently for Devonport Management Ltd, the current private operators.

    The work is wide ranging and incorporates many areas of advanced mechanical and electrical systems design. Many hundreds of projects have been undertaken including the complete refurbishment of a 10,000m2 fully air conditioned office building, the condition survey of 550 buildings and the design and implementation of diesel engine and other test facilities, industrial ventilation, specialist air conditioning and electrical systems.

    Hoare Lea has worked both as Lead Consultant and also within teams appointed by the Client Consultant.

Andover North Site Redevelopment

Client: Ministry of Defence

Providing high quality accommodation for 1,300 people, this 20,000m2, three-storey, open-plan office has an interconnecting covered street, a 150-seat lecture theatre and a caf area.

The implementation of low-energy, low-impact engineering systems included displacement ventilation using a floor void supply air plenum, a heat sink via the exposed concrete soffit and intelligent lighting using presence- and daylight-controlled luminaires. The building s orientation and fa ade are also designed to reduce solar heat gain, and good insulation values minimise heat loss.