Energy Efficiency and Conservation Authority Seeks Demand Flexibility Study for New Zealand Electricity System

EECA is seeking proposals from qualified and experienced energy analysts and energy modellers to conduct a comprehensive study on the feasibility of mitigating risks and issues in New Zealand's electricity system through demand flexibility (DF). The objective of this project is to analyse demand patterns and drivers, u…

Source ID: NZ-GETS-30063838

Scope overview

EECA is seeking proposals from qualified and experienced energy analysts and energy modellers to conduct a comprehensive study on the feasibility of mitigating risks and issues in New Zealand's electricity system through demand flexibility (DF).

The objective of this project is to analyse demand patterns and drivers, understand the underlying structure of the demand shape, identify key contributors to peak demand across sectors, and propose strategies (e.g. products, technologies and consumer offers) to enable demand flexibility, thereby reducing CO2 emissions and enhancing grid reliability.

There is currently a huge amount of interest in demand flexibility and the benefits that an effective DF system in Aotearoa can bring. Taking on this project will put the supplier at the centre of helping frame up that benefit for NZ Inc and communicating the story.

It provides a unique opportunity to build knowledge of DF strategies that can contribute to reducing CO2 emissions and improving resilience of the electricity grid, as well as reducing electricity costs for consumers across New Zealand. A supplier briefing will be held on12th September 2024 at 11:00AM details are provided in the attachment(s) to this tender. A link will be provided on registration.

Statusawarded
CategoryEnergy & Utilities
CountryNew Zealand
Publish dateSep 4, 2024
Submission deadlineSep 27, 2024
Estimated value
Notice typeaward_notice
Sourcenz-gets-awards
BuyerEnergy Efficiency & Conservation Authority
City

Buyer & contacts

OrganizationEnergy Efficiency & Conservation Authority

Tags & Signals

demand flexibilityelectricity system analysisenergy modellingpeak demand reductionCO2 emissions mitigationgrid reliabilityenergy efficiencyNew Zealand electricity

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