Alternative Renewable Energy Trainer

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ALTERNATIVE RENEWABLE ENERGY TRAINER

Model Number : GOTT-ARET-0

Brand: GOTT

C/O: Malaysia

 

DESCRIPTION

The Wind & Light complementary electricity-generating training system utilize the time and regional complementarities of wind power and solar power, use wind and sun resources as energy source, convert the wind power and solar power into electricity through wind power generator and solar cell, supply the electric power to the equipment.

PORTABLE PHOTOVOLTAIC ENERGY TRAINER

DESCRIPTION

A solar panel (photovoltaic module or photovoltaic panel) is a packaged interconnected assembly of solar cells, also known as photovoltaic cells. The solar panel can be used as a component of a larger photovoltaic system to generate and supply electricity in commercial and residential applications. Because a single solar panel can only produce a limited amount of power, many installations contain several panels. A photovoltaic system typically includes an array of solar panels, an inverter, may contain a battery and interconnection wiring.

FEATURES

To provide for student understanding of photovoltaic systems a portable, framemounted integrated trainer is proposed. It models electrical production with energy storage for use anytime day or night. It comprises a complete energy system including different types of solar PV panels, caster-mounted support frame, typical control modules, energy storage modules and manuals covering student exercises, instructor operating notes and technical documentation. Systems comprised of commercially available components, with enhanced instrumentation for improved student understanding. Includes a custom designed training module. Note that this trainer is a real working system intended for the PV panels to be moved outside to natural sunlight.

PHOTOVOLTAIC SPECIFICATION

 Photovoltaic panel specification – 120W/18V x 2pcs The panel design in consistent with IEC-61215, 2005 standard. High quality and low price. Front: high-transmission (over 92 %) 3.2mm tempered glass. Back :TPT, Encaapsulatant: EVA. Panel size can be charged according to customer’s requirement. Under 10% decrease of output power within 10 years. All panels are tested by appearance and electronic technical testing. Maximum Power(Pm): 120W

 

Battery Specification

Nominal Voltage-12V

Nominal Capacity( 10 Hour rate)-100Ah

Dimensions

330mm×172mm×216mm

Total Height-222mm

weight-31kg

Capacity(25°)-

20HR-108Ah,10HR-100Ah,5HR-91Ah,1HR-68Ah

Internal Resistance (25°C)- After Full Charged -3.6mΩ

Capacity affected by temperature (20h rete) 40°C-102%,25°C-100%,0°C-83%,-15°C-64%

Capacity after different months storage –

After 3 month-91%

after 6 month-82%

after9 month-63%

Experiment Content

Research of aerodynamics Theory of electric eye Research of grid-connected technology

Theory of generator

 Modern electronic and PLC training

Theory of accumulator and maintenance technology

 Power electronics technology Frequency converter technology Double-ted fed technology

 Electric engineering and relay protection Banausic electrotechical Energy saving new materials

WIND ENERGY TRAINERS

DESCRIPTION

Wind energy is the direct conversion of wind energy into electricity. Our Wind Energy Trainers are designed to model two basic technologies:

  • Small independent stand-alone system with energy storage for use anytime day or nightTo provide for student understanding of wind systems basic models are proposed. Each trainer comprises a complete energy system including wind turbines, generators, support towers, typical control modules, and energy storage modules. Manuals covering student exercises, instructor operating notes and technical documentation are provided. Systems are comprised of commercially available components, enhanced instrumentation for improved student understanding and with custom designed training module. Note that these trainers are real working systems intended for the wind turbines to be mounted outside.

Technical Data

Model No.             -GOTT-600                           Rated Wind Speed              10 m/s

Turbine Type        -Horizontal axis                   Braking Wind Speed           13 m/s

Generator Type    -Permanent Magnet            Max. Safe Wind Speed      35 m/s

Blades Number    -3                                            Rotor Speed                          up to 600 rpm

Material of Blades-Aluminum Alloy               Insulating Level                   B

Work Type            -SI                                           Protection Level                   IP64

Rotor Diameter    -2.4m                                     Noise                                      ≤55dB

Rotor Power coefficient-0.30                            Ambient Temperature        -20℃~55℃

Rotor Swept Area-4.52m2                                 Braking System                   Mechanical & Electronic

Radial Runout     ≤0.04                                      Life Expectancy                  10 Years

Rated Power         -600W                                    Net Weight                            34.5KG

Rated Voltage      -DC 24V                                Packaging                             Carton with styrofoam

Star-up Wind Speed-2.5 m/s                             Packaging Size                     1240 x 470 x 290mm

PRODUCT MODULES SOLAR PANEL

CODE 444-101

BATTERY

CODE 444-102

WIND GENERATOR

CODE 444-103

LOAD

CODE 444-104

CIRCUIT BREAKER

CODE 444-105 LED SIMULATION

CODE 444-106

RECTIFIER

CODE 444-107

AC METER

CODE 444-108

 DC METER

CODE 444-109

WIND & SOLAR CIRCUIT BREAKER UNIT

CODE 444-110

WIND & SOLAR CHARGE CONTROLLER

CODE 444-111

INVERTER UNIT

CODE 444-112

U-LINK

CODE 159-019

SAFETY CONNECTING LEAD

CODE 237-001

VERTICAL FRAME

CODE 297-000

High Level: Din Standard A4 with two shelves

Material: Alumunium

Side Frame: T shape

Size: 3-Layer 1450mm Length

 EXPERIMENT MANUAL

CODE 444-113

EXPERIMENTS TOPICS :

  • Learn the working principle and basic structure of wind generator
  • Command the experiment method to measure the working character of a wind generator
  • Learn the working principle and basic structure of solar cells
  • Command the experiment method to measure the working character of solar cells
  • Design a practical application with solar cells
  • Understand the working principle of the controller
  • Learn the working mode of the controller
  • Understand the control of charging and discharging to the battery with the controller
  • Understand the control of input and output of the battery when the input power and output load changes

General Terms :

  • Accessories will be provided where applicable.
  • Manual & Training will be provided where applicable.
  • Design & specifications are subject to change without notice.
  • We reserve the right to discontinue the manufacturing of any product.

Manuals :

  • All manuals are written in English
  • Model Answer
  • Teaching Manuals