Login| Sign Up| Help| Contact|

Patent Searching and Data


Title:
RENEWABLE POWER SYSTEM HIGH EFFICIENCY WITHOUT BATTERY
Document Type and Number:
WIPO Patent Application WO/2019/172809
Kind Code:
A1
Abstract:
Solar panel (1) Connectors with a main electric cutter (3) Connected to the contact points and the circuit breaker Contact (6) The current passes to the Inverter DC-AC (7) to feed the thermal plate Cartridge Heater For Mold Heating (8) Cooling fans (11) Heat sink (9) Temperature up to 400-250 c through temperature setting (10) Timer (5) Installed thermoelectric Generators TEG (9) and feed the thermal panel again by closing contact points (6) and integrated electrical protection devices (low voltage, high voltage and ground protection) Protection relay to protect the system from malfunctions (2) cable used to connect the parts together (4) supporter (12).

Inventors:
ALSHEBEL, Laith (jeddah, Jeddah, SA)
Application Number:
SA2018/050013
Publication Date:
September 12, 2019
Filing Date:
March 19, 2018
Export Citation:
Click for automatic bibliography generation   Help
Assignee:
ALSHEBEL, Laith (jeddah, Jeddah, SA)
International Classes:
H02J7/34; H02J9/04
Domestic Patent References:
WO2008140613A12008-11-20
Foreign References:
US20140007429A12014-01-09
US9310138B22016-04-12
Download PDF:
Claims:
Claims

Solar panel (1) Connectors with the Main circuit breaker (3) Connected to the contact points and the circuit breaker Contact (6) The current passes to the Inverter DC-AC (7) Inverter to feed the thermal plate Cartridge Heater For Mold Heating (8).

1. Cooling fans (1 1) Heat sink (9) Temperature up to 400-250 c through temperature setting (10) Timer (5) Installed thermoelectric Generators TEG (9) and feed the thermal panel again by closing contact points (6) and integrated electrical protection devices (low voltage, high voltage and ground protection) Protection relay to protect the system from malfunctions (2) cable used to connect the parts together (4)and supporter(12)

Description:
Description

Title of Invention I Renewable power System High Efficiency without battery

The current work of battery chargers requires AC power supply, which is the risk of DC power failure in the event of a breakdown of the system for electrical loads. The aim of the invention is to add a system for the production of renewable energy by the electro thermal generators acts as an alternative assistant to the electrical charges in case of disruption to provide electric power of current type DC. The current invention is characterized by the provision of environmentally friendly alternative energy with higher efficiency than previous techniques such as document A. The invention also features continuous operation and high quality of solar energy, reducing the size of the space occupied by the system ..

Renewable energy production system that includes -:Solar panel (1) Connectors with the Main circuit breaker (3) Connected to the contact points and the circuit breaker Contact (6) The current passes to the Inverter DC-AC (7) Inverter to feed the thermal plate Cartridge Heater For Mold Heating (8).

1. Cooling fans (1 1) Heat sink (9) Temperature up to 400-250 c through temperature setting (10) Timer (5) Installed thermoelectric Generators TEG (9) and feed the thermal panel again by closing contact points (6) and integrated electrical protection devices (low voltage, high voltage and ground protection) Protection relay to protect the system from malfunctions (2) cable used to connect the parts together (4) And supporter(12).

Technical Field renewable energy system High Efficiency without battery . Can be used in other applications for consumers Private or public sector to provide renewable energy via thermoelectric generators-TEG

Background Art

The invention is concerned with the failure of the electric charger that is charging the batteries which causes the DC power outages in the power stations, which leads to the interruption of the supply of the protection devices and the DC controllers that need DC current when adding the renewable energy system. Can be used in other applications for consumers Private or public sector to provide renewable energy via thermoelectric generators-TEG

The earliest cases of technical invention are as follows: A - US document US20050109394A1 revealed the solar power generation system. A power source includes a solar panel, an electrolysis unit, a sealed compressor and a hydrogen fuel tank that uses hydrogen combustion to produce electricity. This is not currently compatible with renewable energy generation for the following reasons (A) uses solar energy to operate a system for the production of energy through combustion within the compressors in the hydrogen tanks to produce electricity, and require fire extinguishing systems to protect the entire system and requests the burning of hydrogen fuel. The invention in demand is using solar energy to start the operation The system and the difference is through the feeding of a thermal plate Cartridge Fleater For Mold Heating by the electrical current outside the solar cell and battery for a specified period until the electricity is produced through the thermoelectric generators located on the compound system the greater the number of units for generators TEG increases the amount of energy produced

Summary of Invention

Technical Problem

The invention is concerned with the failure of the electric charger that is charging the batteries which causes the DC power outages in the power stations, which leads to the interruption of the supply of the protection devices and the DC controllers that need DC current.

Solution to Problem

Cost reduction, small size and space do not require maintenance at high costs

The default is long

There is an inverter that generates an electric current from the thermoelectric generators and feeds the circuit board into a separate closed circuit

After the start of operation and the production of high renewable energy from outside the system and feed the required loads

Advantageous Effects of Invention

[1 ] Operating day and night

[2] Reduce space, cost and higher efficiency of solar panels.

Brief Description of Drawings

Fig 1 illustrates the main components of the invention

Fig (2) is the elements of the thermal plate with inner thermal fingers, controller and

temperature officer

Fig 3 illustrates the operational plan and explains how the renewable energy system operates Fig 4 System cooling fans and TEG

Description of Embodiments

The current work of battery chargers requires AC power supply, which is the risk of DC power failure in the event of a breakdown of the system for electrical loads. The aim of the invention is to add a system for the production of renewable energy by the thermoelectric generators acts as an alternative assistant to the electrical charges in case of disruption to provide electric power of current type DC. The current invention is characterized by the provision of environmentally friendly alternative energy with higher efficiency than previous techniques such as document A. The invention also features continuous operation and high quality of solar energy, reducing the size of the space occupied by the

system..Renewable energy production system that includes:

Solar panel (1) Connectors with the Main circuit breaker (3) Connected to the contact points and the circuit breaker Contact (6) The current passes to the Inverter DC-AC (7) Inverter to feed the thermal plate Cartridge Heater For Mold Heating (8).

Cooling fans (1 1 ) Heat sink (9) Temperature up to 400-250 c through temperature setting (10) Timer (5) Installed thermoelectric Generators TEG (9) Generators (TEG) and feed the thermal panel again by closing contact points (6) and integrated electrical protection devices (low voltage, high voltage and ground protection) Protection relay to protect the system from malfunctions (2) cable used to connect the parts together (4) And Supporter (12) .

Industrial Applicability

The thermoelectric effect can convert heat to electricity, etc. vice versa. Thus the TE applications are mainly based on those two aspects by either converting heat to electricity (TEG) or converting electricity to heat (TEC).

4.1 . TEG

TEG can directly converse the heat to the electricity with solid state which makes it adaptable in many areas from the nuclear auxiliary power (SNAP) program applied for space and the military use to the building and the automobile daily commonly used stuffs

Reference Signs List

Adaptive power Management module 4PCS GM250- 127-28-10

Pure Sine Wave Split Phase Inverter http://www.samlexamerica.com

Patent Literature

1. US4633029

2. US20090007953

3. US5932885