GOTT GOTT-SPPS-COMPLETE-A Solar Photovoltaic Panel System

  • 制造商:GOTT
    Model: GOTT-SPPS-COMPLETE-A
    P/N: 926-000
    来源: Malaysia
    保障: 12 Month
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     Danang city: (0236) 374.77.11

     HCM city: (028) 38.119.636

SPECIFICATION

• Contains two solar photovoltaic modules mounted on an adjustable carriage which can be tilted for optimum exposure with a nominal voltage output od 17.3V DC at 5.8A

• An inverter that converts the DC to 240VAC single phase at 300W 

• A High capacity solar battery 

• Controls to monitor power from solar modules and to switch to battery power a-0-15V DC voltmeter , a DC ammeter and a 0-240V AC voltmeter. 

• Mobile frame constructed of - CODE gauge furniture stock steel with 4 swivel casters, two with locks and connecting cord

TECHNICAL SPECIFICATION 

• 200 watts solar panel with adjustable tilted 

• 20 Amp solar charge controller 

• 300 watts inverter

• 80Ah Lead acid battery 

• AC mcb/spd, DC mcb/spd Mobile frame finishing w/ power coated *optional data logger

BATTERY SPECIFICATION

Nominal Voltage: 12V 

Nominal capacity (10-hour rate): 100Ah 

Dimensions 

Length: 330mm 

Width: 172mm 

Height: 216mm 

Total Height: 222mm 

Weight: Approx. 31Kg

Capacity (25°C)

20HR: 108Ah

1 OHR: 100Ah 

5HR: 91Ah  

1 HR:  68Ah   

Internal Resistance (25t) After Full Charged: 3.6mΩ

Capacity affected by Temperature (20-hour rate) 

40°C: 102%  

25°C: 100%  

0°C: 83%  

-15°C: 64%  

Capacity after different months storage 

After 3 months: 91%  

After 6 months: 82%  

After 9 months: 63%

PRODUCT MODULES

SOLAR PANEL - CODE 444-101

• 200Watts 

• with adjustable titled

BATTERY - CODE 444-102

12VDC, 80AH

LOAD - CODE 444-104

CIRCUIT BREAKER - CODE 444-105

LED SIMULATION - CODE 444-106

RECTIFIER - CODE 444-107

AC METER - CODE 444-108

INVERTER UNIT - CODE 444-112

 Input (DC) 

• Max.DC Power (@ cos ⱷ=1) -1700W 

• Max.Input Voltage - 600V 

• MPP voltage range-(155V-480V) 

• Rated Input Voltage - 400V 

Output ( AC ) 

• Rated power ( @ 230 V, 50Hz ) 1600W 

• Max. AC power - 1600VA Nominal AC Voltage - 220V,230V 240V/180V - 260V 

• Max. output current - 8.9A

DC METER - CODE 444-109

SOLAR CIRCUIT BREAKER UNIT - CODE 444-110

SOLAR CHARGER CONTROLLER - CODE 444-111

U-LINK - CODE 159-019 

SAFETY CONNECTING LEAD - CODE 237-001

4mm connecting leads

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 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

Manuals:

 (1) All manuals are written in English 

(2) Model Answer 

(3) Teaching Manuals

Detail

Datasheet


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

• Test the direct output of the panel 

• Configure PV panel to achieve necessary voltage /current / power requirement 

• Document I-V output at various light intensities and correlate light intensity to power generation ( P vs T)  

• Test various battery confiigure (option) 

• Connect the PV array generation circuitry to storage batteries 

• Document battery charge and discharge rates 

• Connect the PV array circuitry to an AC inverter 

• Drive an AC load with the PV array generation system 

• Contains two solar photovoltaic modules mounted on an adjustable carriage which can be tilted for optimum exposure with a nominal voltage output of 17.3V DC at 5.8A 

• an inverter that converts the DC to 240VAC single phase at 300W 

• a high-capacity solar battery 

• controls to monitor power from solar modules and to switch to battery 

• a-0-15V DC voltmeter , DC ammeter and a 0-240V AC voltmeter. 

• Mobile frame constructed of - CODE gauge furniture stock steel with 4 swivel casters,two with locks and connecting cords.

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