Hybrid Renewable Energy Trainer Renewable Training Equipment Didactic Equipment Teaching Equipment

Name: Hybrid Renewable Energy Trainer Renewable Training Equipment Didactic Equipment Teaching Equipment
Brand: Minrry.com
SKU: MR1002R
Availability: InStock
Rating: 5 (1 reviews)

Item No.: MR1002R

MR1002R Hybrid Renewable Energy Trainer Renewable Training Equipment Didactic Equipment Teaching Equipment

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Description

MR1002R Hybrid Renewable Energy Trainer Renewable Training Equipment Didactic Equipment Teaching Equipment

1. Product Introduction

1.1 Product Description

Renewable energy includes solar energy, wind energy, hydrogen energy, etc. They can be recycled in nature and are an inexhaustible source of energy.
MR1002R Hybrid Renewable Energy Trainer is a device used to learn various forms of renewable energy utilization. The product can teach and demonstrate three different types of renewable energy utilization forms, namely solar energy, wind energy and hydrogen energy. Solar energy can use simulated light sources (halogen lamps) for power generation, wind energy teaching in bladeless form, and hydrogen generators and hydrogen fuel cells for power generation teaching. The product provides a variety of load and power measurement devices, which can be used for a variety of interesting experiments. We have also added digital functions to the product, which can obtain experimental data in real time through a computer, such as voltage or current, and even remote product control.

1.2 Product Features

1. The product is beautiful, atmospheric, sturdy and durable.
2. The product is equipped with a complete set of experimental modules, which can be used for rich and interesting teaching experiments.
3. The product has excellent safety design.
4. The product supports digitalization and remote control.

2. Technical specifications

2.1 Technical parameters

Main power supply parameters: AC220V 50-60Hz
Battery voltage: DC12V;
Photovoltaic panel parameters: voltage DC12V; power 30W; size 520*410;
Adjustable disk resistance parameters: resistance 0-1KΩ; power 100W;
Inverter parameters: input DC12V; output AC220V 50HZ; power 500W~1000W;
Micro grid-connected inverter parameters: voltage AC220V; power 300W;
Solar controller parameters: type PWM; voltage 12/24V; current 10A;
Fuel cell parameters: power 30W; voltage 7-8V;
Hydrogen generator parameters: rate 300ml/min;
Simulated solar light source parameters: power 500W;
Wind turbine parameters: output three-phase AC12V; power 200W;
Wind turbine controller parameters: input three-phase AC12V; power 200W; output DC12V;
Working environment conditions: ambient temperature -10℃～+40℃, relative humidity <85% (25℃).

2.2 Dimensions and weight

Dimension 1:1680mm*870mm*2010mm
Weight 1:174kg
Dimension 2:1150mm*960mm*1570mm
Weight 2:82kg

3. Product component

3.1 Product main part

No.	Name
1	Power module
2	DC 24V output module
3	Photovoltaic controller
4	RS485 interface moduleRS485
5	AC220V interface moduleAC220V
6	DC 0-36V adjustable power supply
7	Photovoltaic panel simulation module
8	AC load incandescent lamp module
9	AC load energy-saving lamp module
10	DC load module
11	Single-phase multi-function meter module
12	AC/DC measurement module
13	Inverter module
14	Wind power generation controller
15	Isolation measurement module
16	Micro grid-connected inverter
17	Data acquisition module
18	Unidirectional diode module
19	Electronic potentiometer
20	Hydrogen fuel cell
21	Simulated wind power motor control module
22	Simulated solar light source control module
23	Manually adjustable variable resistor
24	DC12V battery module
25	Hydrogen generator
26	Wind turbine
27	Simulated solar light source
28	Photovoltaic panel

3.2 Product accessories

No.	Name
1	RS485 communication line
2	Pin plug power line
3	Power connection line
4	USB data line
5	Software USB flash drive
6	2mm safety connection cable
7	Wiring for grid-connected inverter
8	Yellow 4mm safety connection cable
9	Red 4mm safety connection cable
10	Gas pipe
11	Black 4mm safety connection cable
12	Blue 4mm safety connection cable
13	Green 4mm safety connection cable
14	4mm long safety connection cable
15	Measuring cup
16	KOH solid

4.Product Configuration List

No.	Name	Quantity
1	Power module	1
2	DC 24V output module	1
3	Photovoltaic controller	1
4	RS485 interface module	1
5	AC220V interface module	1
6	DC 0-36V adjustable power supply	1
7	Photovoltaic panel simulation module	1
8	AC load incandescent lamp module	1
9	AC load energy-saving lamp module	1
10	DC load module	1
11	Single-phase multi-function meter module	1
12	AC and DC measurement module	1
13	Inverter module	1
14	Wind power generation controller	1
15	Isolation measurement module	1
16	Micro grid-connected inverter	1
17	Data acquisition module	1
18	Unidirectional diode module	1
19	Electronic potentiometer	1
20	Hydrogen fuel cell	1
21	Simulated wind power motor control module	1
22	Simulated solar light source control module	1
23	Manually adjustable rheostat	1
24	RS485 communication cable	9
25	Three-core British standard plug power cable	1
26	Pin-shaped power cable	7
27	USB data cable	1
28	Software USB flash drive	1
29	Green 2mm safety connection cable	16
30	Wiring of grid-connected inverter	2
31	Yellow 4mm safety connection cable	5
32	Red 4mm safety connection cable	5
33	Air pipe	1
34	Black 4mm safety connection cable	5
35	Blue 4mm safety connection cable	5
36	Green 4mm safety connection cable	5
37	4mm long safety connection cable (red and black)	2
38	Measuring cup	1
39	KOH solid	2

5. Product teaching experiment list

(1) Hydrogen fuel cell power generation experiment
(2) Electronic potentiometer experiment
(3) In manual mode, use photovoltaic panels to perform DC output experiment
(4) In PC mode, use photovoltaic panels to perform DC output experiment
(5) When the light intensity is weak, automatically switch to off-grid inverter state experiment
(6) Grid-connected inverter power generation experiment
(7) In manual mode, use wind turbine to perform DC output experiment
(8) In manual mode, use wind turbine to perform battery charging experiment
(9) In PC mode, use wind turbine to perform battery charging experiment
(10) Experiment of collecting numerical values of AC and DC measurement module through PC software
(11) Experiment of collecting numerical values of AC and DC measurement module through PC software
(12) Experiment of collecting numerical values of isolation measurement module through PC software
(13) Experiment of exporting collected data through PC software