Product introduction:
Due to a large amount of silt deposited at the bottom of the river, the surface of the water body accumulates a large number of algae, isolating the air and the natural exchange of the water body; the bottom is in a state of severe oxygen deficiency, resulting in the death of fish, aquatic plants extinct, the loss of self-purification ability, photovoltaic microporous aerator using photovoltaic power supply to drive the fan, for the deep microporous oxygenation of the water body to lift the stratification of the water body, to reduce the bottom of the sediment gradual mineralization, to restore self-purification ability of the water body. The use of light energy to permanently maintain the metabolism of the water body. The product is mainly used for river oxygenation; the diffusion ability of the water body is better than the impeller-type oxygenator. It adopts an air supply main tube and pilot air tank with rubber membrane tensionable holes for microporous aeration. Its structure is simple, has high oxygen utilization, reliable performance, air holes are not clogged, sewage is not backed up, the ring is uniformly stressed, it has a long life, easy to install and maintain, the system is inexpensive, and so on. This is the current aerator in the more economical and reasonable aerator.
Product Structure:
The solar microporous aerator, with its unique features, offers significant benefits. It is primarily composed of photovoltaic panel components, high-pressure blast aerator, microporous releaser, renewable battery pack, and control system. The microporous releaser, which can be a fixed microporous aeration disc or microporous aeration tube, utilizes the release of tiny bubbles to extend the residence time of the gas in the water. This unique feature is conducive to the transmission of oxygen, thereby improving the rate of oxygen melting and enhancing the aeration efficiency. The result is a system that delivers high performance and reliability, making it an ideal choice for your aeration needs:
1. Adopting tube structure, the tension on the membrane is significantly reduced compared with disc-type aeration;
2. Adopting the structure of the pilot air tank, the aeration component has no buoyancy;
3. The membrane is made of natural rubber and an anti-aging formula, with a long service life;
4. Stainless steel connection fasteners: the interface is not easy to leak and easy to disassemble.
Working Principle:
Photovoltaic electric energy efficiently drives the fan to run at high speed, compressing the air to the microporous releaser. This ensures that the water body and the tiny air bubbles are in full contact with each other, forming a gas-water mixture. The system uses the air bubbles to create an upward water flow, effectively controlling the accumulation of sediments and silt. It also maintains the dissolved oxygen of the entire water body in a uniform state, promoting aerobic organisms to decompose pollutants in the water through oxygenation. This efficient process effectively prevents anaerobic digestion, controls rotting and foul odor, and establishes the ecological balance of self-purification of the water body at a later stage.
Features:
a.High oxygen utilization rate, even air distribution, no clogging;
b.Long service life, no accumulation of water in the air pipe, stable and reliable performance;
c.Simple installation structure, no buoyancy of the aeration tube, easy to design and use.
d.Solar power supply does not need to connect the electricity, and there are no running costs.
Scope of Application:
Reservoirs, rivers, lakes, ponds, dead lakes, and other deep and severely anoxic waters with a lot of nutritious sediments increase the dissolved oxygen rate to calcify and abate the bottom sediment.
Performance Parameters:
| Model Number |
Power(kW) |
Voltage(v) |
Intake(m³/h) |
Oxygenation(kgo²/h) |
sensor-activated water volume(m³/day) |
| RSUN100-WKS |
0.1 |
12 |
6.6 |
0.58 |
16800 |
| RSUN200-WKS |
0.2 |
24 |
9.8 |
0.88 |
17900 |
| RSUN400-WK/MPPT |
0.4 |
48 |
100 |
4.6 |
28900 |
| RSUN750-WK/MPPT |
0.75 |
48 |
120 |
9.8 |
38800 |
| RSUN1500-WK/MPPT |
1.5 |
48 |
200 |
14.6 |
46600 |
| RSUN200-WK/RMT |
0.2 |
220 |
23 |
1.46 |
26900 |
| RSUN250-WK/RMT |
0.25 |
220 |
63 |
4.16 |
27600 |
| RSUN370-WK/RMT |
0.37 |
220 |
89 |
5.92 |
28800 |
| RSUN550-WK/RMT |
0.55 |
220 |
105 |
11.6 |
31900 |
| RSUN750-WK/RMT |
0.75 |
220 |
147 |
15.2 |
46800 |
| RSUN1100-WK/RMT |
1.1 |
220 |
189 |
17.5 |
51800 |
| RSUN1500-WK/RMT |
1.5 |
220 |
263 |
23.2 |
55600 |
| RSUN2200-WK/RMT |
2.2 |
220 |
315 |
27.3 |
62800 |
Installation:
1 One-piece cable fixing;
2 One-piece anchor fixing;
3 One-piece piling fixing;
4 One-piece cantilever fixing;
5 Split fixing.
Solar Panel:
Due to different applications, our products are equipped with different solar panels. The table shows standard photovoltaic panels and solar panels equipped with deep well pumps. If you have other requirements, please contact customer service or send an email.
| Standard |
| Maximum Power |
275W±3% |
| Maximum Power Voltage |
31.5V |
| Maximum Power Current |
8.50A |
| Open Circuit Voltage |
38.0V |
| Short Circuit Current |
8.80A |
| Maximum System Voltage |
1000(TUV)/600(UL) |
| Nominal Operating Cell Temperature |
45±2°C |
| Module Application |
Class A |
| Series Fuse Rating |
20A |
| Fire Resistance |
Class A |
Electrical Rating At:
STC(1000W/m²;AM 1.5 spectrum; Cell temperature 25°C)
All values are nominal unless designated as tested |
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