News & Events
The 1171734 th visit
Schedule
Beijing Time: 2017-11-24 05:42:06

Research

Maxim on the Sundail: Actions Speak Louder Than Words.
Optimization of Energy Saving and Operational Security in Power System

As global energy crisis is imminent, the traditional energy consumption mode which relies on fossil fuel will be unsustainable in the future. The low efficiency of thermal generators in china results in many environmental problems .Energy saving and operational security in power system are faced with great challenges. The key to the problem is having an insight into the uncertainties of renewable power generation and demand, overall planning and optimal operation of power system. It is promising to optimize the power system by matching and scheduling a variety of renewable energy, renewable energy and conventional energy, generation and demand.

  • Integrated Building Energy, Safety and Control Systems
  • This is a sub-project of Tsinghua-UTC Building Energy, Safety and Control System Research Center, carried out by CFINS.

    Details

  • Power System Analysis and Control
  • In recent years, power systems become larger and larger, and large scale blackout also occurs more frequently. The research on maintaining power system security and preventing cascading failures is becoming one of the hot topics in power system area, especially after the US-Canada blackout on Aug. 14, 2003. The major research in our group focuses on taking effective measures to prevent the propagation of system failures in a power system emergency.

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Manufacturing Systems and Supply Chain Management

Manufacturing (from Latin "manu factura", "making by hand")

World economy is going global. China is becoming a world manufacturing center. Our study focuses on how to efficiently simulate and optimize the design, planning and operations of manufacturing systems and supply chains to support the material and product flow that enabling the function of manufacturing systems.

Systems and Control Theory

Systems and Control Theory based on Engineering and Practice

  • Ordinal Optimization
  • Discrete event dynamic system theory
  • Modeling of Stochastic System and Analysis
  • Optimization Theory of Large Systems
Modeling and Control in Energy-efficient Buildings

Case Study:

  • Case 1
  • Case 2
  • Case 3
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