Predictive Maintenance of Car Brake System
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Date
2020-09-21T06:27:08Z
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Abstract
Increasing the efficiency of heating, ventilation and air conditioning (HVAC) system by
reducing the power consumption has become extensively important due to the rising cost
of nonrenewable fossil fuels and environmental concern. Therefore, finding an ideal way
to reduce power consumption in commercial buildings without compromising with the
indoor comfort is analytically challenging. One of the proven ways to achieve energy
efficient HVAC system is by novel design of system configuration. Each component of an
HVAC has specific design requirement and it provides us the opportunities for energy
saving. Energy efficient HVAC can be created by reconfiguring the traditional existing
system, but it’s cost effective. This project investigates and reviews an approach for
increasing the performance of an existing HVAC system without replacing any of the
components and to demonstrate its ability to improve the performance by reducing
power consumption. This is possible by analyzing the previously collected data and
determining a data pattern that is subjected to various environmental conditions and to
obtain optimal parameters that is required to run HVAC system. By making the system run
at optimal rate, consumption of power reduces and cooling increases.
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VIJAY KUMAR V, 1NH16ME123