KMEG, Hansung City

  • First project to apply the Micro Energy Grid concept
  • City scale integrated energy masterplan
  • Applying SMART grid principles to monitor, control and feedback data

A new city is being developed in China as a joint venture between the Qingdao local government and Samsung C&T to develop a new mixed use city in the Huangdao district of Qingdao, Shandong Province.

The development will be first the to adopt the Micro Energy Grid (MEG) concept, combining Electric, heating, cooling energy networks to reduce energy consumption and carbon emissions. It will also decarbonise power supply and focus on savings through supply side measures. The city will utilise the SMART city principle through the use of extensive metering, sensors and controllers which can are centrally controlled to reduce peak demand and energy consumption.

Hansung City in Qingdao commissioned Arup to make a test site for micro-energy grid (MEG) technology in a bid to drive down carbon emissions and reduce costs. The proposed technology allows energy to be directed where and when it is needed. Carbon savings of up to 25% are forecast through the behavioural change that will come from simply knowing where every kilowatt hour of energy is being used at any one time.

Arup created the masterplan – in collaboration with a group of Korean businesses, led by Samsung – to demonstrate that it is possible to run a city of 100,000 people on a micro-grid. This smart, energy-efficient technology could change the behaviour of city residents for the better. We also developed an implementation framework applicable to future projects with the potential for grid feedback into Hong Kong.

Arup carefully analysed the technology to prove the benefits of the MEG over a traditional approach. We ensured economic sustainability and viability ensured through detailed analysis. We also used power transmission industry modelling software to ensure power quality for grid feedback.

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  • Hansung City CGI aerialOpen gallery

    The masterplan demonstrates that it is possible to run a city of 100,000 people on a micro-grid.