100MW/100MWh ESS renewable energy case
100MWh ESS

100MW/100MWh ESS renewable energy case

Ø System capacity :100MW/100MWh consists of two hundred 500KW/1000KWh battery systems ; battery cell CATL Prismatic LFP specification 3.2V/280Ah

Ø Battery Pack configuration:composed of 14 cells by 1P14s mode 12.54kwh

Ø 500KW/1000KWh Battery Rack configuration: including 5 units battery rack(UZ Power Mega Series ), 1 combiner cabinet and 1 unit HV main control box.

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UZ Power Mega characteristic and advantages of the product solution:

  1. Limiting light and wind curtailment and improving economic efficiency;

2. Reducing rate of change of instantaneous power and impact on power grid;

3. Tracking planned dispatching and improving controllability of grid connection;

4. Improving power generation forecasting accuracy and increasing hospitality of grid connection;

5. Independently developed battery and system monitoring software can operate autonomously without attention of staff.

Power Mega Series ,Please click the link for the detailed manual.

ESS Smoothing output fluctuations of renewable energy.

Disadvantages of power generation with wind energy, solar energy and other renewable energy include irregularity, interruption and instability. By introducing certain energy storage system into the wind or solar power generation system, output fluctuations of wind or PV power generation can be smoothed and the impact on power grid can be reduced. Besides, introduction of energy storage system can also effectively reduce the phenomena of light and wind curtailment which occur frequently in wind and PV power generation.

Based on the features of irregular and interruptible output in wind or solar power generation, UZenergy provides a lithium-ion energy system which can smooth the output fluctuations of wind and PV power generation and effectively solve the problem of severe limitation of wind and PV power generation systems.

Comparison of sunny, cloudy and cloudy days:


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Mike Longson

Finding new and exciting ways to commercialise energy storage across the globe

4y

Is this correct, 200 x 500kW/1000 kWh would surely yield 100 MW / 200 MWh system?

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Andy Kruse

Senior BD Manager SaaS Analytics for the Energy Transition | Strategy Development | Solar/BESS Asset Management for High Growth Markets

4y

That is impressive!!

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