Across the vast landscapes of Central Asia, sunlight is abundant and relentless. Today, this natural resource is being transformed into a steady stream of clean energy, as the region enters a new phase of renewable development.
Located in Nur Bukhara, the 250MW solar power plant, combined with a 63MW utility-scale BESS, captures sunlight by day and releases energy by night—forming a more stable and sustainable energy system.
In this project, CHINT delivered a complete MV skid solution, using an integrated design to simplify complexity and enable efficient execution.
Overcoming Challenges, Building Reliable Infrastructure
Nur Bukhara is far from forgiving—large temperature swings and frequent dust storms demand more than just functionality. Meanwhile, the tight project timeline required efficient coordination from delivery to installation and commissioning. In addition, integrating the PV system with a 63MW BESS introduced complexity in power conversion, protection, and communication system coordination.
Integrated Solution for Efficient Delivery
To address these challenges, CHINT’s MV skid integrates switchgear, transformers, and protection & control systems into a modular, prefabricated unit. This plug-and-play approach significantly shortens on-site installation time, allowing the project to move forward with greater speed and confidence.
By reducing multi-vendor coordination, cabling, and civil works, the solution lowers EPC complexity, cost, and execution risks.
Factory-tested and highly integrated, the system ensures stable performance even under extreme conditions—standing firm against dust, heat, and temperature shifts.
A standardized MV interface further simplifies grid integration, enabling faster and smoother connection. Its compact footprint optimizes land use and supports flexible plant layouts across large-scale sites.
Empowering Innovation, Leading Energy Transition
When sunlight is stored by day and released at night, the project becomes more than a power plant—it becomes a living, breathing energy system.
With an annual output of approximately 585 GWh, the project strengthens grid stability and supports regional energy optimization.
As a benchmark solar-plus-storage project, it offers a replicable model for future developments.
Partnering Globally for a Sustainable Future
From integrated equipment to system solutions, CHINT is helping bridge the gap between planning and execution in renewable projects.
Looking ahead, CHINT will continue to support the global energy transition, turning sunlight into accessible power across more regions.
