Products Details

I. Product specifications (simple)

 

1. Technical overview

The solar-powered complementary water circulation device uses new renewable energy sources—solar energy and wind energy—to continuously recycle water that is not easily recycled, such as rivers and lakes, to provide rich oxygen to the bottom layer with low dissolved oxygen concentration to achieve clean water quality and become a healthy water ecology. Department of environmentally friendly products.

 

2. Equipment specifications

Dimensions (without buoyancy material) : 0.8 m in diameter and 1.4 m in height

Dimensions (including buoyancy materials): 3 meters in diameter, 1.6 meters in height and 200 kilograms in weight.

 

3. Power

Output DC12 volt power 60 watts

 

4. Material and specifications of main components

II. Related matters

General matter

1.1 Scope of application

1.1.1 This specification is about the solar wind energy cycle used to remove harmful algae that are propagated in rivers and lakes and to increase dissolved oxygen concentration.

Specification of the water device.

1.1.2 Main content

(1) Installation method: direct installation in the water system, floating mode, anchor pier, fixed chain

(2) Water circulation device using solar wind energy: digital controller for solar cell DC motor gear motor, solar energy special gel battery, etc.

(3) Floating system: (high density polyethylene vacuum blow molding) buoyancy material

 

1.2 Main specifications

1.2.1 Dimensions and weight: (without buoyancy material): 0.8 m in diameter and 1.4 m in height. (including buoyancy material): 3 meters in diameter, 1.6 meters in height and 200 kilograms in weight.

1.2.2 Main components: 304 stainless steel and (high density polyethylene vacuum blow molding)

1.2.3 Flow 15 meters and half a circle of about 450 cubic meters

1.2.4 Installation depth: 1.0 ~ 3 meters

1.2.5 Driving method: independent power driving mode of wind power and solar concentrating power generation, solar energy special gel battery. Solar special gel battery module: 120W/12Vx2 group charging battery: 120Ah × 4

1.2.6 Control mode: (power point tracking) mode according to battery voltage. Work 10 hours a day, 15 days of battery life

 

2. Main parts details

 

2.1 Solar Module

2.1.1 The solar cell module converts solar energy into electrical energy, collects the built-in battery by collecting light, and drives the mechanical DC geared motor.

2.1.2 The solar panel module has two 120 watts arranged in a roof shape. The solar-powered gel battery module is a group of 12 volt batteries. According to the installation

The dimensions of the area and seasonal factors should be adjusted to accept the most direct sunlight.

2.1.3 There should be additional accessories for preventing bird intrusion in the upper part of the solar panel module.

 

2.2 Built-in battery

2.2.1 Solar power panel modules produce electricity during the day. It is stored in a special gel battery for solar energy.

2.2.2 In order to improve work efficiency and extend service life, solar-powered gel batteries should be installed to solve the leakage hazard caused by direct light and moisture.

In the outer casing of the dangerous (ABS engineering plastic) material.

2.2.3 The wires connected to the special gel battery for solar energy shall be of anti-corrosion and anti-rust structure.

2.3 Digital Controller

2.3.1 Adopt solar digital dedicated controller.

2.3.2 Connect DC gear motor, connect solar energy special gel battery, and operation status indicator light and switch.

2.3.3 The switch will send the command signal of the on/off mechanism. When it is turned on, it will be turned to the inside direction and turned to the head. When it is closed, it will be turned to the outside direction to stop the machine.

Device. A 300 meter remote control switch can also be used.

2.3.4 The solar digital dedicated controller is sufficient to automatically control the solar voltage, current, battery voltage and commands to start the motor. This digital

A memory for storing the above data should be installed in the controller.

 

2.4 Motor Controller

2.4.1 Due to frequent exchange of information, the solar digital dedicated controller and motor should be installed close to each other.

2.4.2 It shall have a waterproof special wire connection for starting the DC gear motor, and shall be sealed. Receive signals and electricity from a solar digital dedicated controller

force.

2.4.3 Wires connected to the motor solar digital dedicated controller shall be treated with anti-corrosion and anti-rust treatment.

 

2.5 Motor and impeller

2.5.1 The DC geared motor should be installed in the middle part, and it is firmly connected with the motor cover and bolt.

2.5.2 Using a DC geared motor, the noise is not high when starting the motor, and the rotation is smooth.

2.5.3 Use a coupling to connect the impeller and shaft below the motor.

2.5.4 The wind blade is made of 304 stainless steel. The installation has a prompt start state and a rotation direction indication.

2.5.5 The direction of rotation of the blades is clockwise.

2.5.6 The blade is made of stainless steel (304) and fixed to the shaft. Should be able to pump up from the bottom.

2.6 The role of the connection between the blade and the blade bracket

2.6.1 The blade is used to extract the bottom water and connect it to the upper blade.

2.6.2 The purpose of the blades is to greatly reduce the electrical energy consumption when there is wind. Increase the battery life.

2.6.3 Install the PHA bio-storage at the bottom of the blade.

 

2.7 Solar wind and solar complementary water circulation device is fixed

2.7.1 Fix the solar wind-solar complementary water circulation device on the high-density polyethylene floating bucket and the bracket assembly supporting the buoyancy material.

2.7.2 The buoyant adapter material bracket is made of stainless steel 304.

2.7.3 The buoyant material is made of high-density polyethylene blister material, which is capable of providing sufficient buoyancy and adopts a laminated structure.

2.7.4 In order not to affect the lifting of water, the PHA bio-storage is separated from the solar-powered complementary water circulation device by a distance of 5~10 cm.

2.7.5 In order to reduce the sloshing of the device caused by the waves, a radial structural buoyancy that optimizes performance and efficiency is employed.

 

2.8 (fixed)

2.8.1 In order to prevent the PHA bio-storage and solar-powered complementary water circulation device from falling off, install it in the following manner.

(1) Fix the bottom surface of the solar-powered complementary water circulation device and the floating bucket with stainless steel screws.

(2) The water is fixed by the duckbill anchor chain and the inserted pile. Such as the method used in the case of a narrow water system or the inability to install a mooring anchor. Install a duckbill anchor on the sides of the water system or fix it with a stake.