Most people in Australia and New Zealand live in urban areas, and urban population is predicted to keep rising. Housing, infrastructure and services must continue to meet this increased demand, and look for smarter ways to do it.
Part of ENGIE’s strategy in leading the energy transition is to decentralise energy production wherever possible. District Energy is part of the solution, and is widely recognised as a sustainable, cost-effective heating and cooling solution through the provision of hot water/steam to heat buildings and chilled water to cool buildings.
With over 380 District Energy schemes in 13 countries developed and operated over 30 years, ENGIE has the local and global expertise to provide a comprehensive service for District Energy, encompassing:
We are currently developing large District Energy Schemes in Australia (in Queensland, for cooling) and have developed a project in New Zealand (in Christchurch, for heating and cooling), and there are many examples of our work around the world in the video below.
A heating network generates and distributes heat in the form of hot water and superheated steam using one or more generating units. They generally use a range of different primary energy sources for heat generation, including natural gas, locally-generated energy and renewables in the form of household waste incineration, biomass (wood, etc.), biogas, solar, geothermal and heat recovered from wastewater.
A heating network has four main component parts:
ENGIE today officially opened its Willogoleche Wind Farm in Hallett, South Australia. The wind farm represents a $250 million investment by ENGIE and follows a $75 million upgrade to its 500MW Pelican Point Power Station, one of the most environmentally friendly of its type in Australia.