Case Study

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Team Members

CEEC Navoi Hybrid Project: A Global Benchmark for Integrated Energy Transition

Operational Impact‌

1. Socio-Economic Benefits

  • Employment & Skills: Over 2,000 local jobs created during construction, with 500 technicians trained in renewable energy operations.
  • Grid Resilience: Annual power generation of ​1.614 billion kWh stabilizes supply for 500,000 households, reducing blackout costs by ​**$150 million/year**.

2. Climate Leadership

  • Decarbonization:1.61 million tons of CO2 reduced annually, equivalent to planting 100 million trees, accelerating Uzbekistan’s 2030 climate goals.
  • Renewable Expansion: Increases Uzbekistan’s renewable energy share by 4%, setting a regional model for clean energy adoption.

3. A Global Blueprint
  The Navoi Project demonstrates how CEEC’s “renewables+ESS” model can be scaled globally. By integrating Chinese innovation with local needs, CEEC empowers countries worldwide to achieve energy security and net-zero transitions.

Date

2024

Client

Navoi Hybrid

Category

PV & Wind ESS Projects

Location

Uzbekistan

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Project Context

   The Navoi Hybrid Energy Project, developed by CEEC in Uzbekistan, is a groundbreaking initiative combining 300MW solar, 300MW wind, and 150MW/300MWh Energy Storage System (ESS). With a total investment of **$680 million**, it is CEEC’s first overseas “renewables+storage” integrated energy project. Designed to address Uzbekistan’s grid instability and renewable integration challenges, the project exemplifies CEEC’s leadership in driving the global energy transition through innovative technologies and cross-border collaboration.

Engineering Solution

1. Multi-Energy Synergy & Smart Operation

  • Solar-Wind Complementarity: Optimized geographic distribution balances day-night and seasonal power generation, achieving over ​2,300 annual equivalent operating hours.
  • ESS Dynamic Regulation: The ​LiFePO4-based ESS (300MWh capacity) smooths renewable output fluctuations, reducing curtailment from 15% to below 5%.
  • AI-Driven Dispatch: Real-time weather forecasting and grid load analysis enable 100% renewable energy integration while stabilizing grid frequency.

2. Localized and Sustainable Implementation

  • Localized Supply Chain: 40% of ESS components (e.g., battery clusters, PCS converters) are sourced locally, cutting costs and emissions.
  • Green Construction: BIM and drone monitoring minimize construction waste; recyclable materials reduce lifecycle carbon footprint by 30%.
  • Safety Assurance: The ESS meets UL9540A standards, with multi-level fire suppression and AI-powered fault detection for extreme climate resilience.

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