Managing a Smart City with Business Intelligence

?Providing solutions for a growing urban habitat; manage infrastructure projects and partner with like-minded professionals whose complementary skill-set help deliver quality results?Improving the quality of urban living; to cut ambient temperature by 4 deg C in residential estates; new building materials that absorb and convert excess heat for storage or other uses. Focus on developing new ways of creating space, e.g.underground facilities in basements and deep caverns, or through land reclamation and large floating structures.?Maintaining stability and reliability of the nation's power grid, keeping energy prices affordable while developing environmentally sustainable energy system; namely solar power and how to achieve greater energy efficiency with green building technologies.?Air-conditioners may one day be fitted with membranes rather than compressors that can significantly reduce power consumption.?Meet the expected doubling of demand for water by 2060, by lowering energy consumption of desalination, leading to cost savings.?Rethink how we use our roads and other spaces. We need to look into different transport modes and better harmonise our built and natural environments. In the area of sustainability, energy storage is a key element in diversifying energy sources and integrating more renewable energy sources and tap new synergies in the energy-land nexus. Traffic control system that can reduce travel time and congestion on urban roads. ?Iterative Tuning? system studies an area?s historical traffic patterns to adjust its traffic lights? daily signal schedules. ?Software to monitor energy consumption in Singapore?s buildings; reduce un-contracted capacity charges and automatically adjust electricity use throughout each day to lower costs. Electricity retailers can also benefit.

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