Lucas Nülle - ESE 1.3 Battery storage with emergency power supply

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ESE 1.3 Battery storage with emergency power supply

ESE 1.3 Battery storage with emergency power supply

Learning objectives:

Battery storage installation
Set-up and testing of a PV system with hybrid inverter and battery storage
Set-up and testing of a grid isolation device for emergency power supply
Analysing the energy streams of the PV system and battery storage
Using the energy storage unit to boost power consumption
Optimisation of operating characteristics/response

Weboffer

Real Experience Learning

Interactive learning environment

Downloads

Equipment
Specifications

Tender specifications

Supplementary Set comprising:
1		Storage system with emergency power / grid isolation device		CO3208-2S

Power supply:
1		Three-phase power supply with motor protection switch		CO3212-5V

Measuring instruments:
1		Three-phase power quality meter, display and long-term memory		CO5127-1S

Software:
1		Patch cable Cat5E 1x 1 m yellow, 2x 2 m yellow		LM9057
1		USB 2.0 Ethernet adapter, 10/100		LM8257
1		5-Port Ethernet Switch		LM9988

Media:
1		Interactive Lab Assistant: Smart Energies - Residential PV system with storage		SO2800-6D

Accessories:
12		Safety connecting plug 4mm with tap (2x), black, 1000V/32A CAT II		SO5126-3R
5		Safety connecting plug 4mm with tap (2x), gr/ye, 1000V/32A CAT II		SO5126-3W
5		Safety connecting plug 4mm with tap (2x), blue, 1000V/32A CAT II		SO5126-3V
1		Set of safety measurement cables, 4mm, 31 pcs		SO5148-1L
1		SybaPro experiment trolley, 3-level, 6 sockets, 1250x1970x800mm		ST7200-7A

Additionally recommended:
1		Monitor holder for flat screen monitor of weight up to 15kg/33lbs		ST8010-4T
1		Keyboard adapter for flat screen monitor holders		ST8010-4G
1		Display for Advanced Photovoltaics equipment		CO3301-7N
1		Protection cover for three-level experiment trolleys		ST7200-5L