HOW SMART CITIES CAN DRIVE SUSTAINABILITY GOALS AND ENERGY EFFICIENCIES
SUSTAINABILITY TECHNOLOGY – ENERGY
Building automation systems : systems that optimise energy and water use in commercial and public buildings with the help of sensors and analytics . Distribution automation systems : smart grid technologies , which include FDIR , M & D , Volt / Var , and substation automation , to optimise energy efficiency and stabilize the power grid . Dynamic electricity pricing : utilised to reduce peak time demand as well as the electricity generation cost .
Home energy automation systems and tracking : optimising home energy consumption using smart thermostats , programmable and remote controllable electronic devices as well as standby electricity control . In addition to , providing information on tracked residential electricity consumption to increase awareness and encourage conservation . Smart street lights : Harnessing connected and sensor equipped energy efficient street lights to optimise brightness and reduce maintenance needs .
47 responsibilities across departments as well as forming partnerships with the public and private sector .
HOW SMART CITIES CAN DRIVE SUSTAINABILITY GOALS AND ENERGY EFFICIENCIES
Having the capability to advance Sustainable Development Goals by 70 %, smart cities can deliver a cleaner and more sustainable environment . With increased urbanisation , industrialisation and consumption comes the addition of increased environmental challenges . While technology is only one element that can help to address these challenges , overall analysis by McKinsey highlights that “ deploying a range of applications to the best reasonable extent could cut emissions by 10 to 15 %, lower water consumption by 20 to 30 %, and reduce the volume of solid waste per capita by 10 to 20 %.”
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