Abu Dhabi Solar project advances as JinkoSolar signs a 2GW photovoltaic module supply agreement with Masdar. The deal supports the UAE’s $6 billion round-the-clock renewable energy scheme in Abu Dhabi. The project combines a 5.2GW solar PV plant with a 19GWh battery energy storage system. Furthermore, Abu Dhabi Future Energy Company (Masdar) leads development in collaboration with Emirates Water and Electricity Company (EWEC). Construction began in October 2025 with Larsen & Toubro and PowerChina serving as contractors. Consequently, the scheme targets continuous baseload renewable generation. It is widely recognised as the world’s first gigascale RTC renewable energy project.

Abu Dhabi Solar project advances with 2GW module supply agreement

JinkoSolar will supply its Tiger Neo series modules for the Abu Dhabi Solar project. The company will deploy N-type TOPCon technology tailored for desert performance conditions. Moreover, Masdar selected JinkoSolar earlier alongside JA Solar as preferred PV suppliers. In addition, Contemporary Amperex Technology (CATL) provides battery energy storage systems for the RTC project. The agreement strengthens integration across solar and storage technologies. However, execution demands tight coordination across global supply chains.

Masdar leads development with EWEC to ensure long-term power stability. Furthermore, the project directly addresses intermittency challenges in solar generation. It delivers dispatchable renewable baseload power using integrated storage systems. Consequently, the design sets a benchmark for hybrid energy infrastructure globally.

The Abu Dhabi Solar project builds on Abu Dhabi’s earlier utility-scale solar pipeline, including the planned Al Ajban Solar PV Project contract award process, which signaled continued expansion of independent power projects under EWEC’s procurement framework. While Al Ajban focused on a conventional 1.5GW photovoltaic IPP model, the Abu Dhabi Solar project advances this trajectory by integrating 5.2GW of solar capacity with a 19GWh battery energy storage system to enable round-the-clock renewable generation.

Consequently, both developments demonstrate a structured evolution in Abu Dhabi’s solar strategy, moving from standalone PV projects toward hybrid baseload renewable systems designed to stabilise grid supply and reduce intermittency.

Abu Dhabi Solar project construction gains momentum with EPC partners

Construction of the Abu Dhabi Solar project began in October 2025. Larsen & Toubro and PowerChina lead major EPC works across the site. Moreover, contractors focus on large-scale PV installation and high-voltage grid integration. The project requires complex sequencing due to its hybrid solar and storage structure. In addition, engineering teams prioritize efficiency under extreme desert climate conditions.

Grid integration remains critical to operational success. Furthermore, phased commissioning ensures stable and reliable energy delivery. However, the project scale introduces significant logistical and technical challenges. Consequently, developers apply advanced project management and digital monitoring systems. This ensures alignment between construction milestones and energy output targets.

Global impact of the Abu Dhabi Solar project RTC scheme

The RTC renewable energy scheme aims to serve as a global benchmark. Furthermore, developers expect replication in other high solar irradiance regions. It demonstrates the viability of combining utility-scale solar with long-duration storage. In addition, it supports global decarbonisation and energy transition objectives.

JinkoSolar continues expanding its global utility-scale portfolio. It recently secured multi-gigawatt supply contracts across Saudi Arabia. Moreover, this strengthens its position in high-capacity PV module markets. Consequently, the company remains a key supplier in large-scale renewable infrastructure development.

Project Fact Sheet

Project Name: Abu Dhabi Round-the-Clock (RTC) Solar & Storage Project

Location: Abu Dhabi, United Arab Emirates

Total Value: $6 billion

Solar Capacity: 5.2GW photovoltaic plant

Battery Storage: 19GWh BESS

Technology: N-type TOPCon Tiger Neo PV modules

Developer: Masdar in partnership with EWEC

Contractors (EPC): Larsen & Toubro, PowerChina

Preferred PV Suppliers: JinkoSolar, JA Solar

BESS Supplier: CATL

Construction Start: October 2025

Project Type: Utility-scale solar + battery hybrid (RTC baseload renewable system)

Key Objective: Provide continuous renewable baseload power and reduce intermittency

Project Team

Developer: Masdar

Power Offtaker / Utility Partner: Emirates Water and Electricity Company (EWEC)

PV Module Supplier: JinkoSolar

Additional PV Supplier: JA Solar

Battery Storage Supplier: Contemporary Amperex Technology (CATL)

EPC Contractors: Larsen & Toubro; PowerChina

Technology Scope: N-type TOPCon PV systems, grid-scale BESS integration

Project Category: Gigascale renewable energy infrastructure (solar + storage hybrid)

Strategic Role: Baseline renewable power generation and grid stability enhancement