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GX CogenClean Energy Engineered

Clean Energy Engineered

Clean energy, engineered to the asset.

Generation, storage, efficiency and carbon. One technology, or an integrated plant, from a study to energy as a service.

Review technologiesDiscuss a project
  1. 01

    Feasibility

  2. 02

    Design

  3. 03

    Install

  4. 04

    Operate

  5. 05

    As a service

System

From the load to a metered return.

Technology notes
Site load, efficiency, generation, storage and controls feed a carbon record. The results are operating cost, contracted energy and a verified reduction.
  1. 01Site loadProfile and tariff
  2. 02EfficiencyDemand removed
  3. 03GenerationPower and heat
  4. 04StorageShift and reserve
  5. 05ControlsMeters and dispatch
  6. 06Carbon recordAuditable reduction
  • ResultOperating cost
  • ResultContracted energy
  • ResultVerified reduction

Any step can be a complete project. Where technologies share a site, they are designed at the interfaces between them.

Bifacial solar trackers beside a compact combined heat and power module

GENERATION

Purchased energy

Liquid-cooled battery containers and flow-battery tanks at a storage yard

ENERGY STORAGE

Peaks and reserve

Heat recovery, variable-speed drives and insulated pipework in a plant room

ENERGY EFFICIENCY

Lower consumption

Carbon capture columns and pipework reducing emissions at an industrial plant

CARBON TECHNOLOGY

Verified reduction

Sectors

Assessed on the operation.

Sector notes

Capital

Paid on metered performance.

  • 01

    Shared savings

    Paid from the measured reduction in energy cost.

  • 02

    Leasing

    The plant, without committing capital up front.

  • 03

    Power purchase agreement

    Electricity, and heat where required, at an agreed price.

  • 04

    Blended and results-based

    Commercial capital beside a verified outcome.

Discuss financeDelivery method