Case Study

Molestiae non recusandae itaque earum rerum alias earic tenetur a sapiente.
Team Members

150MW Wind + 150MWh Storage! CEEC’s Linquan Project Leads Anhui’s Energy Transition

Operational Impact‌

  The Linquan wind energy storage project marks CEEC’s successful breakthrough in solving new energy integration challenges in central China, providing a replicable technical solution for similar projects nationwide.

  1. Energy Benefits
    • Annual Generation: 410GWh (powering 200,000 households)
    • Grid peaking capacity improved by 12%, ensuring stable operation of northern Anhui grid
  2. Environmental Benefits
    IndicatorAnnual ReductionEquivalent Effect
    CO₂306,000 tonsPlanting 800 hectares of forest
    SO₂920 tonsReducing 50,000 vehicle emissions
    NOx750 tonsEquivalent to 300 urban park purifications
  3. Economic Benefits
    • Annual revenue increase of ~¥40 million through electricity spot market trading
    • System reserve capacity reduction saving ¥210 million in investment costs
  4. Industry Influence
    • First Anhui energy storage project certified by CNAS
    • Improved Anhui wind power integration rate from 85% to 95%

Date

2024

Client

Linquan

Category

PV & Wind EssProjects

Location

Anhui

Share This Project :

Project Context

   As a key energy hub in the Yangtze River Delta, Linquan, Anhui has a high proportion of traditional energy. With the advancement of the “14th Five – Year Plan” for renewable energy development, the region urgently needs to improve clean energy integration capabilities. CEEC responded to the national call by deploying a large – scale wind project covering 13 townships in Linquan:

  Upon completion, it became the largest single – unit wind project in northern Anhui and the province’s first demonstration project achieving deep integration of “wind + storage”.

Engineering Solution

  1. Intelligent ESS Design
    • AI – optimized charging/discharging strategy with <200ms response time
    • Liquid – cooled temperature control system ensuring operation from – 30℃ to 55℃
    • Modular design enabling 24 – hour rapid capacity expansion
  2. Innovative Engineering Practices
    • Hybrid tower design reduces costs by 18% while enhancing wind/earthquake resistance
    • “Dual – circuit on single tower” technology reduces land use by 30%
    • ESS equipped with fire – fighting robots for unmanned operation and maintenance

Share This Project :

Free Consultation If You Want Build New Project With Us

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo dolore magna

Get a fast response from our expert

Let's have a chat