Photovoltaic In Grid Connected Operation

Categories: Engineering Lab Equipment

Feeding electricity from photovoltaic solar modules into the mains grid requires several special system components. These components enable conversion and capture of the solar electricity and ensure s...


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Description

Feeding electricity from photovoltaic solar modules into the mains grid requires several special system components. These components enable conversion and capture of the solar electricity and ensure system safety.
The unit contains these components and is conceptualized as an extension for the trainer.
The photovoltaic DC current from it is fed to the input of it via a connection cable. Inside the DC current passes safety devices and enters the inverter. The inverter transforms the DC into AC current. The inverter also optimizes voltage and current to ensure that the photovoltaivc modules produce maximum possible power.

Learning Objectives/Experiments
Familiarisation with components from grid connected use of photovoltaic power
Functioning of a DC switch-disconnector and over voltage protection
Functioning of a grid connected inverter with maximum power point tracking
Dependence of the inverter efficiency on the workload
Function of modern energy meters

Features
Unit with practical components for grid connected usage of solar electricity
Inverter providing grid control and maximum power point tracking
Modern twoway energy meter for capture of energy transferred to and from the mains grid
Dimmable halogen lamp for experiments under varying electrical load

Specification
extension for Solar Module Measurements
electrical components for grid connected usage of photovoltaics
combiner box with DC switch-disconnector and over voltage protection
inverter for grid operation with maximum power point tracker
two way energy meter connecting to the mains grid
socket with energy meter for own consumption
dimmable halogen lamp for experiments under
varying electrical load

Technical data
DC switch-disconnector
max. current: 30A
rated voltage: 1000V
Over voltage protection
rated impulse current 20kA
Inverter for mains grid operation
rated input power: 150W
max output power: 125W
max. efficiency: 89%
Two way energy meter
rated frequency: 50Hz
rated voltage: 230V
230V, 50Hz, 1 phase
LxWxH: 570x320x820mm
Weight: approx. ca. 28kg


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quick overview :

Feeding electricity from photovoltaic solar modules into the mains grid requires several special system components. These components enable conversion and capture of the solar electricity and ensure system safety.
The unit contains these components and is conceptualized as an extension for the trainer.
The photovoltaic DC current from it is fed to the input of it via a connection cable. Inside the DC current passes safety devices and enters the inverter. The inverter transforms the DC into AC current. The inverter also optimizes voltage and current to ensure that the photovoltaivc modules produce maximum possible power.

Learning Objectives/Experiments
Familiarisation with components from grid connected use of photovoltaic power
Functioning of a DC switch-disconnector and over voltage protection
Functioning of a grid connected inverter with maximum power point tracking
Dependence of the inverter efficiency on the workload
Function of modern energy meters

Features
Unit with practical components for grid connected usage of solar electricity
Inverter providing grid control and maximum power point tracking
Modern twoway energy meter for capture of energy transferred to and from the mains grid
Dimmable halogen lamp for experiments under varying electrical load

Specification
extension for Solar Module Measurements
electrical components for grid connected usage of photovoltaics
combiner box with DC switch-disconnector and over voltage protection
inverter for grid operation with maximum power point tracker
two way energy meter connecting to the mains grid
socket with energy meter for own consumption
dimmable halogen lamp for experiments under
varying electrical load

Technical data
DC switch-disconnector
max. current: 30A
rated voltage: 1000V
Over voltage protection
rated impulse current 20kA
Inverter for mains grid operation
rated input power: 150W
max output power: 125W
max. efficiency: 89%
Two way energy meter
rated frequency: 50Hz
rated voltage: 230V
230V, 50Hz, 1 phase
LxWxH: 570x320x820mm
Weight: approx. ca. 28kg

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