Renewable Energy Systems & Lab

Wind energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

Fuel Cells energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles: Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells Biodiesel Etc.

Solar system Kit energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principle Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells Biodiesel Etc.

system for the study of renewable energy:

solar energy, wind energy and hydrogen fuel cells with the trainer, it is possible to perform the following experiments

• Assembling a fuel cell
• Producing and storing hydrogen
• Determining characteristic curve of solar panel
• Hydrogen/oxygen or hydrogen/air operation
• Determining characteristic curve of electrolyser
• Determining electrolyser efficiency
• Learning about faraday’s laws
• Determining characteristic curves of fuel cell
• Determining fuel cell efficiency
• Determining decomposition voltage of water
• Building a model hydrogen car
• Using methanol to generate electricity
• Determining characteristic curves of dmfc
• Influence of the surface of a solar module on voltage and current intensity of a solar module

SPECIFICATION FOR SOLAR PHOTOVOLTAIC WATER PUMPING SYSTEMS

SOLAR DC PUMP SETS BLDC / PMSM AS PER IS 17018-2019

These specification covers design qualifications and performance specifications for Centrifugal Solar Photo Voltaic (SPV) Water Pumping Systems to be installed on a suitable bore-well, open well, water reservoir, water stream, etc., and specifies the minimum standards to be followed under New Scheme for Farmers launched by Government of India 

Solar Water Pumping system is a water lifting system powered by electricity generated by Solar panels. These systems typical uses for Fountain pumps, Pool pumps, Transfer pumps, Circulation pumps in ponds, Providing water for livestock, Irrigation pumps, Home pumps, horticulture farms and other similar applications. Using solar water pump is more economical where grid electricity is not available. There are two types of Solar Water Pumps, one is Submersible Solar Pump and another is Surface Solar Pump. Both pumps are available in DC and AC.

Solar panels use light energy from the sun to generate electricity through the photovoltaic effect. A typical photovoltaic installation includes an array of panels, an inverter, batteries and wiring.

Renewable energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

Solar Thermal collectors are designed to collect heat by absorbing sunlight. Usually, they pass their heat through a heat exchanger to water in a storage tank for sanitary purposes.

Renewable energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

It mainly uses air-cooled fuel cell stack as subject to study the fuel cell stack performance test, to achieve fuel cell power generation system parameters full test, and monitor the important parameters which affect the stack electrical output characteristics; study stack output performance change under different working conditions, to improve system control performance and power generation efficiency.

Experiments:

• Fuel cell open voltage test
• Fuel cell I-V characteristics test
• Fuel cell actual efficiency test Inverter module experiment
• Fuel cell output inversion experiment Application module experiments:
• Fuel cell drive DC/AC fan connection
• Fuel cell drive warning light7. Fuel cell driving charger
• Fuel cell driving variable impedance load New energy vehicle module experiments:
• New energy vehicle system principle
• New energy vehicle power-driven
• New energy vehicle steering-driven
• New energy vehicle photoelectric speed measurement
• New energy vehicle mileage measurement
• New energy vehicle Nc lamp
• New energy vehicle power consumption measurement
• New energy vehicle conversion efficiency measurement

Renewable energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

Photovoltaic & Thermal Panels Simulator the performing of experiments and the troubleshooting on photovoltaic cells in series and in parallel and thermal panels with liquid circulation. the simulator allows the study, the performing of experiments and the troubleshooting for the following components and systemsphotovoltaic cells with series connection two photovoltaic cells with parallel connection with series connection;· thermal panel with liquid circulation. These systems are reproduced on the panel, through a colour representation which allows a complete analysis of the fluid circuit, of its components and of the electrical/electronic circuit for control and regulation.

Composed of a set of electronic sub-boards for basic experiences on solar photovoltaic cells. the development module includes 9 free slots on which electronic expansion sub-boards can be inserted. each slot contains two connectors, one in the upper part and one in the lower part. the connectors give access to the internal input and output points of the sub-boards. the module is also provided with terminals for the power supply of the sub-boards.
List of the sub-boards for the study of the photovoltaic solar energy:

• Sub-board with a photovoltaic solar cell (2 off), to allow experiences with cells in series and in parallel.
• Sub-board with display (double voltmeter), to show the voltage at the battery and the voltage at the loads.
• Sub-board with a charge regulator, that can be connected to an external solar panel and to the battery.
• Sub-board with a breadboard, to allow making a circuit with components such as photodiodes.
• Sub-board with the battery controller to control the charge of an external battery (included).
• Sub-board with incandescent lamps to be used as a load for the system.
• Sub-board with led to be used as a load for the system.
• Sub-board with a relay circuit, to allow switching between the battery supply or the mains voltage when the battery is out of power.
• Fan

The conservation and the rational use of the energy is becoming a topical subject, together with that of the production of energy from renewable sources Our didactic systems offer a direct and intuitive learning of the problems related to the subject of the energy efficiency Students can perform practical experiences on real systems Cathodic Protection (CP) is a technique used to control the corrosion on a metal surface by making it the cathode of an electrochemical cell.

Solar Photovoltaicare those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles: Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

Solar Thermal energies are those forms of energy that are generated from sources that regenerates themselves or are inexhaustible. Through our didactic systems we explain their operating principles: Photovoltaic solar energy, Thermal solar energy, Wind energy, Fuel cells, Biodiesel, Etc.

Bench top didactic system for the simulation and the theoretical and practical study of the main circuits and components that are used in Lightweight Electric Vehicles bicycle, scooter and carBench-top educational system for the simulation and the theoretical and practical study of the main circuits and components that are used in lightweight electric vehicles.
The simulator is divided in three sections, relevant, respectively, to electric bicycles, scootersand cars and it allows learning their operation through light signaling. By means of a selector it is possible to choose the vehicle that you want to analyze.By connecting the panel to a computer it is possible to visualize on the screen the available information during the operation of the system.The operating mode and the insertion of the faults are through computer. The simulator iscomplete with a software that allows students studying the theory and performing the exercises
Description of the electric car Main functions and controls The DC motor· The controller for the DC motor· The brushless motor  The controller for the brushless motor The asynchronous motor The inverter· The DC/DC converter The interface module (EVMS) The batteries (types and performances) The control of the batteries (BMS)· The braking system· Braking and regenerative deceleration· Safety devices· Battery rechargin

• Delivery Time: 10 to 12 weeks