Solar Electrolysis Equipment

Introduction to Solar Electrolysis Technology:

By combining photovoltaic power generation with brine electrolysis, abundant solar energy resources can be converted into electrical energy required for electrolysis. The basic principle of solar-powered electrolytic chlorination technology is to use photovoltaic cells to convert solar energy into direct current, then produce sodium hypochlorite through brine electrolysis. Among them, photovoltaic conversion efficiency and electrolytic current efficiency for chlorination are key indicators of photovoltaic chlorination technology. Optimizing these indicators can effectively improve chlorine production and reduce operating costs.

Product Process Line:

The NT-PV Series Off-grid Green Electrolytic Chlorination Disinfection Equipment is an innovative sodium hypochlorite preparation system independently developed by Shanghai Sciyee Water Treatment Technology Co., Ltd. The disinfection equipment includes solar panels, a charger, an electrolytic cell, a battery, and an electrolytic sodium hypochlorite preparation device.

Equipment Features:

● Green Energy: Uses renewable solar power, eliminating concerns about regional power shortages;
● Stable Performance: Adopts Sciyee's unique electrolysis technology, operates 24/7 under different light intensities regardless of weather conditions, ensuring stable concentration of sodium hypochlorite solution;
● Safe and Reliable: The entire system is battery-free, avoiding risks of spontaneous combustion and aging;
● Economical and Practical: Only requires salt and water, with low operating costs and no need for professional training;
● Compact Layout: Lightweight design, portable and easy to store, with storage dimensions comparable to a travel suitcase;
● Simple Operation: Equipped with Sciyee's proprietary control module, the equipment starts with one button and accumulates operation data. It automatically stops and stores operation data during adverse weather conditions such as rain, snow, and fog, and resumes operation by recalling previous data once light is restored, requiring no manual intervention.

Technical Parameters:

Application Areas:

Areas without electricity Water quality disinfection and sterilization

Islands, remote areas Water quality disinfection and sterilization

Emergency disinfection and epidemic prevention for natural disasters

Nomadic and livestock Breeding disinfection

The above application areas possess advantages such as abundant light energy, mature technology, and vast sites, enabling large-scale sodium hypochlorite preparation to meet water disinfection needs, with promising prospects.