Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mountain runoff waterwheel power generation system
The invention discloses a mountain runoff waterwheel power generation system, and relates to the technical field of power generation systems. The mountain runoff waterwheel power generation system comprises a runner for collecting runoff, the runner communicates with a reservoir, the reservoir is intercepted and blocked by a dam to be divided into an upstream part and a downstream part, a water outlet formed in the dam is used for releasing and blocking water flow through an electric check valve, the electric check valve is controlled by a water level sensor and a control system to be opened and closed, the mounting height of the water level sensor is higher than that of the electric check valve, a waterwheel power generation system body is arranged in front of the water outlet end of theelectric check valve, and electric energy of the waterwheel power generation system body is stored by a charging system. According to the mountain runoff waterwheel power generation system, the runner, the reservoir, the dam, the waterwheel power generation system body, the charging system, the water level sensor and the control system are arranged, so that the utilization rate of mountain runoffwater resources is increased, water energy is effectively converted into electric energy, the purposes of reasonable development and configuration and scientific management of the water resources areachieved, and the problem that the development and utilization rate of the runoff water resources of part of mountain areas is not obvious is solved.
本发明公开了一种山区径流水车发电系统，涉及发电系统技术领域，该山区径流水车发电系统，包括收集径流的流道，所述流道与水库相连通，所述水库由坝拦截阻断分隔成上游和下游，坝上设有的出水口处通过电力止回阀通断水流，电力止回阀由水位传感器和控制系统控制启闭，且水位传感器的安装高度高于电力止回阀的安装高度，电力止回阀的出水端前方设置有水车发电系统，水车发电系统的电能由充电系统存储。本发明通过设置流道、水库、坝、水车发电系统、充电系统、水位传感器和控制系统，提高山区径流水资源的利用率，有效的将水能转化为电能，达到水资源的合理开发配置与科学管理的目的，解决了部分山区的径流水资源开发利用率不明显的问题。
Mountain runoff waterwheel power generation system
The invention discloses a mountain runoff waterwheel power generation system, and relates to the technical field of power generation systems. The mountain runoff waterwheel power generation system comprises a runner for collecting runoff, the runner communicates with a reservoir, the reservoir is intercepted and blocked by a dam to be divided into an upstream part and a downstream part, a water outlet formed in the dam is used for releasing and blocking water flow through an electric check valve, the electric check valve is controlled by a water level sensor and a control system to be opened and closed, the mounting height of the water level sensor is higher than that of the electric check valve, a waterwheel power generation system body is arranged in front of the water outlet end of theelectric check valve, and electric energy of the waterwheel power generation system body is stored by a charging system. According to the mountain runoff waterwheel power generation system, the runner, the reservoir, the dam, the waterwheel power generation system body, the charging system, the water level sensor and the control system are arranged, so that the utilization rate of mountain runoffwater resources is increased, water energy is effectively converted into electric energy, the purposes of reasonable development and configuration and scientific management of the water resources areachieved, and the problem that the development and utilization rate of the runoff water resources of part of mountain areas is not obvious is solved.
本发明公开了一种山区径流水车发电系统，涉及发电系统技术领域，该山区径流水车发电系统，包括收集径流的流道，所述流道与水库相连通，所述水库由坝拦截阻断分隔成上游和下游，坝上设有的出水口处通过电力止回阀通断水流，电力止回阀由水位传感器和控制系统控制启闭，且水位传感器的安装高度高于电力止回阀的安装高度，电力止回阀的出水端前方设置有水车发电系统，水车发电系统的电能由充电系统存储。本发明通过设置流道、水库、坝、水车发电系统、充电系统、水位传感器和控制系统，提高山区径流水资源的利用率，有效的将水能转化为电能，达到水资源的合理开发配置与科学管理的目的，解决了部分山区的径流水资源开发利用率不明显的问题。
Mountain runoff waterwheel power generation system
一种山区径流水车发电系统
ZHU MINGYAN (Autor:in) / YANG LINQIANG (Autor:in) / LI MENGXUAN (Autor:in) / YAO BENQIN (Autor:in) / YANG RONGBAO (Autor:in) / YANG MING (Autor:in)
08.12.2020
Patent
Elektronische Ressource
Chinesisch