太阳能微动力污水处理系统具有下列特点：

（一）采用太阳能绿色能源，符合国家产业政策。

（二）光电一体化技术的运用，采用太阳能提供动力，无需用电，几乎无运行费用，同时，保证系统长期稳定运行，通过与电网的有效结合，削峰填谷，既符合国家政策导向，又实现运行成本最小化。

（三） 增加了回流与曝气，具有脱氮除磷功能，出水水质好。

（四）采用了A2/O工艺。可计入国家节能减排计划。

（五）微电脑自动控制系统与远程在线监控系统的运用，实现在线通讯，远程故障报警、远程故障排除等，无需人管理，解决了乡镇和农村缺乏专业运行管理人员的现实问题，整个系统可以实现无人值守。

（六）无噪声、臭氧等二次污染

（七）、该工艺不受污水浓度和水量的限制，只要有进水，就能保证出水合格。

（八）系统结构紧凑、占地面积小，大大节省了土地资源，地面上可以做绿化。

（九）除本方案介绍的太阳能光电一体技术外，带有储电功能的太阳能技术也是污水工程常用的选择。该技术完全脱离市政电网单独运行，系统运行所需电力全由太阳能板提供，但需增加储电系统，满足在阴雨天等光照不足的条件下系统正常运行，蓄电系统可以满足连续7天阴雨天气供电功能。



Solar microdynamic sewage treatment system has the following characteristics:
(1) The use of green energy from solar energy is in line with the State's industrial policy.
(2) The use of integrated photoelectric technology, powered by solar energy, with little use of electricity and little cost of operation, ensures the long-term stable operation of the system, and, through effective integration with the power grid, cuts the peak to fill the Valley, which conforms to the policy direction of the State. It also minimizes operating costs.
(3) It has increased reflux and aeration, has the function of denitrogen and phosphorus removal, and has good water quality.
(IV) The A2/O process was used. It can be included in the National energy conservation and emission reduction plan.
(5) The application of microcomputer automatic control systems and remote online monitoring systems, the realization of online communication, remote fault warning, remote fault resolution, etc., do not require personal management, and solve the real problem of the lack of professional operation management personnel in townships and rural areas. The entire system can be realized. Unmanned.
(6) No noise, no ozone and other secondary pollution
(7) The process is not limited by the concentration of sewage and the amount of water. As long as there is water in the water, it can ensure that the water is qualified.
(8) The compact structure of the system and its small area have greatly saved land resources and can be green on the ground.
(9) In addition to the solar photoelectric integrated technology described in this plan, solar energy technology with power storage function is also a common choice for sewage engineering. The technology is completely separated from the municipal power grid and the power required for the system to operate is provided by solar panels. However, the power storage system needs to be added to meet the normal operation of the system under the conditions of insufficient light such as rainy days. The power storage system can meet 7 consecutive days. Rainy weather power supply function.