Customize Solar 30m3 Domestic Wastewater Treatment Plant Energy Saving

Brief Introduction
The solar-powered integrated sewage treatment equipment is a new type of environmental protection device that combines solar energy technology with sewage treatment processes. The core principle is to utilize solar photovoltaic panels to convert light energy into electrical energy, providing power for equipment such as aeration, stirring, and lift pumps in the sewage treatment process. At the same time, it integrates multiple water treatment processes (such as biological contact oxidation, sedimentation, and filtration) to achieve efficient purification of sewage.

This equipment usually adopts a modular design and can be flexibly combined according to the treatment scale. It is suitable for decentralized sewage treatment scenarios such as rural domestic sewage, wastewater from small and medium-sized communities, and sewage from scenic spots. Its operation process does not require external connection to the power grid. It has the advantages of green energy conservation, high degree of intelligence and simple maintenance, and is especially suitable for use in areas with insufficient power supply or remote areas.

Characteristics
Energy Supply: Solar-driven, low-carbon and environmentally friendly
Self-sufficiency: Independent power supply through solar photovoltaic systems, without relying on traditional power grids, reducing reliance on fossil energy and significantly lowering carbon emissions.
Energy-saving and highly efficient: Photovoltaic electricity is directly used in the sewage treatment process (such as aeration fans, pumps, etc.), with high energy utilization rate and low operating costs. It is especially suitable for areas with high electricity bills or unstable power supply.
 Process Integration: Modular design ensures stable treatment effect
Multi-process synergy: Integrating pretreatment (screens, grit chambers), biochemical treatment (such as AO, A²O processes), and advanced treatment (filtration, disinfection), it can specifically remove pollutants such as organic matter (COD, BOD₅), nitrogen and phosphorus (TN, TP), and suspended solids (SS), and the effluent quality can meet national or local discharge standards.
Resistance to shock loads: By adopting processes such as biofilm method or activated sludge method, the microbial community is stable and has strong adaptability to water quality fluctuations, making it suitable for treating complex domestic sewage.
System Advantages: Intelligent operation and low operation and maintenance costs
Automated control: Equipped with an intelligent control system, it can automatically adjust parameters such as aeration volume and water flow velocity, monitor water quality data (such as pH, DO, turbidity) in real time, support remote monitoring and fault early warning, and reduce manual intervention.
Low maintenance requirements: The modular structure is convenient for inspection and repair. Key equipment (such as photovoltaic panels and aeration equipment) is made of corrosion-resistant materials, ensuring a long service life. Some processes (such as biological filters) can reduce the frequency of manual cleaning through natural backwashing.
Environmental adaptability: Flexible installation, widely applicable scenarios
Easy installation: The equipment can be installed underground or above ground. The underground type does not occupy surface space, and the surface can be restored to greenery. The above-ground type is convenient for observation and maintenance, and is suitable for different terrain conditions.
Strong climate adaptability: By optimizing the Angle design of photovoltaic panels and insulation measures, it can operate stably in temperate and subtropical regions with abundant sunlight. Some models can also adapt to cold regions (such as being equipped with heating devices to prevent pipes from freezing).
 Economic Benefits: Significant long-term cost advantages
Initial investment: The equipment has a high degree of integration, eliminating the need to build complex power distribution systems and factories. The infrastructure cost is lower than that of traditional sewage treatment plants.
Long-term benefits: There is almost no electricity expenditure during the operation stage, and the maintenance cost is low. It is suitable for long-term operation scenarios such as governments and rural cooperatives, especially in line with the policy orientation of "carbon neutrality".

Typical application scenarios
In rural and remote areas: Solve the problem of decentralized collection and treatment of domestic sewage to prevent direct discharge of sewage that pollutes rivers and groundwater.
Tourist attractions/resorts: Treat sewage from hotels and homestays, protect the natural environment, and at the same time utilize solar energy to enhance the ecological demonstration effect of the project.
Small and medium-sized communities/schools: Replace traditional septic tanks to achieve the resource utilization of sewage (such as reuse for green irrigation and road washing), and improve the utilization rate of water resources.