Temperature forecasting device in which solar photovoltaic generating system supplies power to temperature sensor

A technology of temperature sensor and solar photovoltaic, which is applied in the direction of measuring devices, parts of thermometers, thermometers, etc., can solve the problems of inability to measure and report the temperature of water in time, and the method is not accurate.

Inactive Publication Date: 2012-02-15
WUXI TONGCHUN NEW ENERGY TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] People in the south of Jiangsu Province raise goldfish in fish tanks on balconies or in courtyards. On sunny days in winter, they often move the fish tanks to the sun for exposure to increase the water temperature. People often stick their fingers into the fish tanks. The method of detecting the temperature of water in the water layer is very primitive and inaccurate, and it is impossible to measure and report the temperature of water in time

Method used

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  • Temperature forecasting device in which solar photovoltaic generating system supplies power to temperature sensor
  • Temperature forecasting device in which solar photovoltaic generating system supplies power to temperature sensor

Examples

Experimental program
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Effect test

Embodiment 1

[0016] Sunlight irradiates the solar cell 1 installed on the photovoltaic pillar 3 and the daily steering device 2 to generate a current, and the current is divided into two currents through the conductive wire 5 and the shunt 4, and a small part of the current is placed in the maintenance device through the conductive wire 5. The contact temperature sensor 9 in the clear water 11 in the fish tank 13 supplies power, and the contact temperature sensor 9 converts the data of the temperature change of the clear water 11 felt into an electrical signal, and the wireless transmitting antenna 10 installed on the contact temperature sensor 9 Send electrical signals into the air. Most of the current enters the wireless receiving antenna 6, the computer controller 7 and the electric heating rod 8 through the conductive wire 5. After the wireless receiving antenna 6 receives the electric signal, it is input to the computer controller 7 for processing and sends out instructions to make the...

Embodiment 2

[0018] Sunlight irradiates the solar cell 1 installed on the photovoltaic pillar 3 and the daily steering device 2 to generate a current, and the current is divided into two currents through the conductive wire 5 and the shunt 4, and a small part of the current is placed in the maintenance device through the conductive wire 5. The non-contact temperature sensor 9 in the clear water 11 in the fish tank 13 supplies power, and the data of the temperature change of the clear water 11 that the non-contact temperature sensor 9 will feel is converted into an electrical signal, and is installed on the non-contact temperature sensor 9. The transmitting antenna 10 transmits electrical signals into the air. Most of the current enters the wireless receiving antenna 6, the computer controller 7 and the electric heating rod 8 through the conductive wire 5. After the wireless receiving antenna 6 receives the electric signal, it is input to the computer controller 7 for processing and sends ou...

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Abstract

The invention relates to a temperature forecasting device in which solar photovoltaic generating system supplies power to a temperature sensor, belonging to the technical field of new energy Internet of things. Sunlight irradiates on solar cells arranged on a photovoltaic support post and a sun-following steering device, and the solar cells generate a stream of current; the stream of current is separated into two streams of current through a conductor wire and a current divider; a small part of current is supplied to the temperature sensor which is arranged in clear water in a fish bowl through the conductor wire; the temperature sensor is used for converting data of sensed temperature variation of the clear water into an electric signal; the electric signal is transmitted into the air through a wireless transmitting antenna which is arranged on the temperature sensor; most current is input into a wireless receiving antenna, a computer regulator and an electrical bar through the conductor wire; the electric signal is received by the wireless receiving antenna, and is transmitted to a computer controller for processing; and the computer controller is used for sending a command for instructing the electric bar to heat according to the temperature information transmitted by the electric signal, so that the water temperature of each part of the fish bowl is basically consistent with the temperature requirement on feeding live fish.

Description

technical field [0001] The invention relates to a temperature measuring and reporting device for a solar photovoltaic power generation system to supply power to a temperature sensor, and belongs to the technical field of new energy Internet of Things. Background technique [0002] Humans have bred freshwater and marine fish for many years. Live fish live in water, and the temperature of water is very important to the growth, development, and even survival of fish. The suitable temperature for raising warm water fish in freshwater fish is more suitable in the range of 15-25 degrees, the most suitable water temperature for crucian carp in freshwater fish is 16-25 degrees, and the most suitable water temperature for herring is 25-30 degrees. Various fish have different requirements for water temperature. The optimum water temperature for angelfish among tropical fish is 24-28 degrees. Angelfish will be on the verge of death if the water temperature is lower than 20 degrees. Wa...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01K1/02G08C17/02G01K1/024
Inventor 缪同春
Owner WUXI TONGCHUN NEW ENERGY TECH
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