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首页> 外文会议>2019 1st IEEE International Conference on Sustainable Energy Technologies and Systems >Solar Thermal/Electricity Paint Curing Oven
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Solar Thermal/Electricity Paint Curing Oven

机译：太阳能热电涂料固化炉

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摘要

This work presents solar thermal/electricity paint curing oven. It compares sliding mode control (SMC), to PID control of the oven system using MATLAB/Simulink 2014b model. The result shows that SMC has better performance due to its fast rise and settling time. The oven and solar thermal collector have been designed and implemented. The controller is micro-controller base, using C++ and the system can take multi reference inputs. The implemented system was practically tested to verify the performance of the controller and the energy savings due to the solar thermal. Experimental control results conform to the simulation results and the collector supplies 43.27% of the total energy required to operate the oven. A payback period on the cost of the collector installation has been calculated to be sixteen months for an average insolation of $200Wm^{-2}$ at seven hours per day.
机译：这项工作提出了太阳能热/电涂料固化炉。它将滑模控制（SMC）与使用MATLAB / Simulink 2014b模型的烤箱系统的PID控制进行比较。结果表明，SMC具有快速上升和建立时间的优点。烤箱和太阳能集热器已经设计和实现。该控制器是基于C ++的微控制器，系统可以接收多个参考输入。对已实施的系统进行了实际测试，以验证控制器的性能以及由于太阳热而节省的能源。实验控制结果与模拟结果一致，收集器提供操作烤箱所需的总能量的43.27％。据计算，收集器安装成本的投资回收期为16个月，每天平均辐射7个小时，平均辐射为200Wm ^ {-2} $。

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