East Meath-North Dublin Grid Upgrade

Belcamp 220kV substation is an existing substation in the Clonshaugh area of County Dublin around 7km from Dublin city centre. This substation is also of strategic importance in the electricity transmission grid, as it will accommodate further grid development projects in the coming years. This 220kV substation needs to be extended and a new 400kV substation needs to be built using the land beside the existing building. The works will improve power quality and support future renewable generation, including offshore renewables, and growing electricity demand in the north Dublin area.

Reach Active current cabling project associated with Belcamp substation.

  • Belcamp – Shellybanks 220 kV Phase 1 & 2 cabling.
  • Installation of 1,875m of 220kV infrastructure.
  • ERA scope included.
  • Scope included soil strip and access road construction; trenching & ducting including drain crossings; joint bay installation; duct roping and proving and road crossing.
  • Scope included supply of all materials; fulfilling the role of Project Supervisor for the Construction Stage (PSCS) for the works and all scope associated temporary works.

Work Environments included:

  • Private Agricultural land
  • IDA land
  • Crossing of Public Road

Installation of stockproof fencing on access corridor; topsoil strip and store for future reinstatement and construction of geogrid / stone access road to enable installation of permanent infrastructure.

Soil Strip & Access Roads:
Installation of stockproof fencing on access corridor; topsoil strip and store for future reinstatement and construction of geogrid / stone access road to enable installation of permanent infrastructure

Trenching & Ducting:
Installation of phase and communication ducting between joint bays and communication chambers

Temporary Cover Slabs:
Install and remove Temporary Cover Slabs on Joint Bays are required for various works phases (excavators fitted with Prolec Safe Load Indicator systems)

Road Crossing:

Duct Proving:
Roping and Proving of all installed ducting to ESB requirements.
3 x 1,875m of 200OD 220kV Phase Duct
2 x 1,875m 125OD Communication Duct

Almacantar Puddle dock project located at Blackfriars London.

This project is the redevelopment of several large buildings on the 3.62ha Puddle Dock site just South of St Paul’s Cathedral and is a masterplan by Almacantar and Network Rail. Circa overall project budget is expected £1B.

Reach Active have already completed invasive investigations on site

After detailed discussions with Almacantar, Reach Active’s scope will be the Design and Build of the new incoming power upgrade and huge multi utility diversions including large sewers.

Crystal Palace Football Club-Design and Build of ICP HV power and multi utility diversions

This prestigious 5-year Master Plan (including their Capital Investment Programme) is a project size circa £400M.

Reach Active’s scope is the Design and Build of the ICP HV power and multi utility diversions. The project entails 16 buildings in total at their City Campus, one of which is a modular data centre for which we will be commencing works immediately due to client accelerated programme requirements.

Other upcoming projects but still in negotiations, include, the design of the new HV ICP power for Imperial College at Portal Way Acton, West London.

ESB Ireland Framework

  • Kilpaddoge – Knockanure 220kV – Scope of works includes 6km of 220kV trenching, ducting and all associated civil works.
  • Belcamp – Finglas 220kV – Scope of works includes 10km of 220kV trenching, ducting and all associated civil works in an urban environment.
  • Cat 2 Works Dublin – Scope of works includes civil trenching, ducting, cable faults and 5no horizontal directional drill crossing the M50 motorway rivers.
  • ACG Line Maintenance Works – Scope of works includes the installation of anti-climbing guards on 55 no. HV towers.
  • Abbeyleix 38kV Station Civils – scope of works includes the construction of a new 38kV substation on a greenfield site.

Portman Square

Portman Square is a garden square in Mayfair, central London, surrounded by elegant townhouses. It was specifically for private housing let on long leases having a ground rent by the Portman Estate, which owns the private communal gardens.

Reach Active are providing an ICP design and build for an HV power (1.5MVA 11kV connection) via an HV cable route and a basement package substation (Transformer, RMU and ACB).

10 Broadway – Northacre

Set on the former site of the Metropolitan Police headquarters (New Scotland Yard), The Broadway is a prominent mixed-use development located between Westminster and Victoria, directly adjacent St James’s Park Station. The project consists of six buildings – ranging between 13 and 19 storeys tall – surrounded by extensive public realm works.

Reach Active is providing an ICP design and build HV power solution.

Portman Estates – 1-4 Marble Arch

1-4 Marble Arch, known as Project Nash, sits at the corner of Great Cumberland Place and Marble Arch, and together with the Cumberland Hotel forms the backdrop to the Marble Arch designed by John Nash. The proposals, designed for The Portman Estate, will see wholesale redevelopment of the building behind a retained façade and will create flexible retail and office space.

Reach Active is providing an ICP design and build HV power solution.

G-Networks

G-Networks is a new 100% fibre network operator, laying its own fibre direct to London’s businesses and residents (part of its £100 Billion roll out).

Reach Active have been appointed under a 5 year framework agreement to construct and install the associated telecommunication infrastructure across many (central) London boroughs.

Cadogan – Sloane Street

Cadogan, in partnership with the Royal Borough of Kensington & Chelsea, has obtained planning consent for a £40 million public realm investment to Sloane Street – set to transform the iconic street and secure its future as a vibrant residential area and one of the world’s most beautiful luxury shopping destinations.

Reach Active have been appointed to undertake 1km of feasibility investigation works in order to design a multi utility solution to facilitate the public realm 278 scheme.