United Kingdom

2 More London

United Kingdom – London

Temperate Existing Building

Organisation : St Martins Property Group

19.2 %
annual energy
savings achieved
Level : Silver

Energy performance

19.2 %
Energy savings
157.7 kWh/m²/year
Absolute performance
12.8 kgCO₂/m²/year
Carbon intensity

Operational Context

2 More London is a fully occupied building, comprising 4 x chillers for AHU and FCU circuits, 3 x condensing boilers for AHU and perimeter heating, 2 x main office AHUs and 3 x other AHUs for reception, mechanical plantrooms and car park.

Key measures implemented

The main actions implemented to reduce the energy consumption of this building.

Technical Optimization

  • Deployment of building analytics platform to digitalise maintenance practices and apply targeting and monitoring via Fault Detection & Diagnostics,
  • Time-clock review and adjustments to fit with building occupancy,
  • Removing of overrides and BMS anomalies,
  • Upskilling the engineering team via using building analytics platform as part of their daily plant checks and equipment performance management
  • Validation and optimisation of the chillers staging and sequencing,
  • Validation and optimisation of the boilers staging and sequencing,
  • Implementation of weather compensated setpoints across AHUs, boilers and chillers via the BMS,
  • Validation and fine-tuning of pressure control loop on ventilation equipment,
  • Re-calibration of pressure sensors across main office AHUs,
  • Mechanical validation of fresh air supply boxes across the floors.

Use Sufficiency

  • Additional visits for BMS engineers to get the BMS infrastructure and software to a steady state,
  • Dedicated Building Performance Manager to distribute the data-led insights and deliver the optimisation via support from supply chain

Technical context

Floor area 17,486 m²
Number of floors 8
Activity type Office
Year built 2003
Heating system Gas boiler

Consumption data

Measurement periods

Reference period
Feb 2022 - Apr 2024
Monitoring period
Mar 2025 - Feb 2026

Annual Energy Impact