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Fuel celll BSK on base

Fuel celll BSK on base

457600

4 Fuel celll BSK on base

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This experiment/set up contains dangerous goods.
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Description

Reversible fuel cell for converting electrical energy into chemical energy (electrolyser: creates hydrogen and oxygen) or for converting chemical energy into electrical energy. For mounting on the main board BSK (457 100), includes syringe, tubing and tube connectors.

Technical data

Electrolyser:
Input-Voltage: 1.8 ... 3 V DC
Input-Current: 0.7 A at 2 V
H₂ production rate: approx. 7 ml/min
O₂ production rate: approx. 3.5 ml/min
Fuel cell:
Output voltage: 0.6 V
Output current: 360 mA
Output power: approx. 200 mW (max.)
Connection: 4-mm sockets
Dimensions: 5.5 cm x 5.5 cm x 1.5 cm
Base plate: 8.5 cm x 8.5 cm

Related Documents

PDF (students' version)	EEK1.3.1.0 Design of a reversible fuel cell
PDF (students' version)	EEK1.3.1.1 How an electrolyser works
PDF (students' version)	EEK1.3.1.2 How a fuel cell works
PDF (students' version)	EEK1.3.2.1 Use of wind energy with reversible fuel cell
PDF (students' version)	EEK1.3.2.2 Use of wind energy with reversible fuel cell
PDF (students' version)	EEK1.3.3.1 Characteristic for an electrolyser
PDF (students' version)	EEK1.3.3.2 How gas volume depends on current through the electrolyser and on time (Additional exercise: Determination of Faraday constant)
PDF (students' version)	EEK1.3.3.3 Determination of Faraday constant with the electrolyser (Additional exercise: Determination of Faraday efficiency)
PDF (students' version)	EEK1.3.3.4 Estimation of energy content of hydrogen gas with the electrolyser (Additional exercise: Determination of energy efficiency)
PDF (teacher's version)	EEK1.3.1.0 Design of a reversible fuel cell
PDF (teacher's version)	EEK1.3.1.1 How an electrolyser works
PDF (teacher's version)	EEK1.3.1.2 How a fuel cell works
PDF (teacher's version)	EEK1.3.2.1 Use of wind energy with reversible fuel cell
PDF (teacher's version)	EEK1.3.2.2 Use of wind energy with reversible fuel cell
PDF (teacher's version)	EEK1.3.3.1 Characteristic for an electrolyser
PDF (teacher's version)	EEK1.3.3.2 How gas volume depends on current through the electrolyser and on time (Additional exercise: Determination of Faraday constant)
PDF (teacher's version)	EEK1.3.3.3 Determination of Faraday constant with the electrolyser (Additional exercise: Determination of Faraday efficiency)
PDF (teacher's version)	EEK1.3.3.4 Estimation of energy content of hydrogen gas with the electrolyser (Additional exercise: Determination of energy efficiency)

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Fuel celll BSK on base

Description

Technical data

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