A building cutaway showing coordinated HVAC, lighting, solar and storage energy systems.
Improve performance in context

Building Energy Optimisation

Identify and test practical building energy optimisation measures across HVAC, controls, schedules, solar and storage.

Make energy decisions in operational context.

Optimisation should respect how a building actually operates. ENERGE TWIN brings demand, comfort, system condition, schedules and cost together to find supported improvements without hiding trade-offs or operational constraints.

Reduced avoidable demand
Better plant and schedule control
Prioritised interventions
Verified savings evidence

From evidence to verified action.

01

Establish position

Create a governed reference for consumption, peak demand and load factor.

02

Find opportunity

Locate schedule, control, plant and envelope behaviour worth investigating.

03

Test interventions

Compare operational measures and capital options before implementation.

04

Validate outcomes

Adjust for operating conditions and compare actual with expected performance.

Confidence stays visible.

  • Comfort and service requirements remain explicit
  • Savings are normalised to operating conditions
  • Opportunity ranges are not presented as guarantees