At the start of 2026, the Middle East solar market exploded.
Industry data shows that in the first quarter of 2026, China‘s module exports to the Middle East surged 470% year-on-year, while energy storage systems skyrocketed 620%. More notably, over 90% of orders were long-term agreements exceeding three years—this isn‘t just about selling more products; it’s about a fundamental shift in order structures, from short-term transactions to long-term partnerships.
The Middle East, once synonymous with oil, is now re-entering the global energy map in a completely different way.
Why Are Oil Giants Turning to Solar？
The UAE‘s Net Zero 2050 strategy has committed $160 billion in investments, while Saudi Arabia’s Vision 2030 targets 50% renewable energy in its power generation mix.
Saudi Arabia aims to achieve 130GW of renewable energy capacity by 2030, with clean energy accounting for 50% of power generation, and plans to invest over $100 billion to build the world‘s largest solar base (NEOM with 200GWh storage).
The UAE plans to achieve net zero emissions by 2050, with its energy structure adjusted to 44% alternative energy, 38% natural gas, 12% clean coal, and 6% nuclear power. Renewable energy capacity is targeted to reach 14GW by 2030.
This is not merely “icing on the cake“—it‘s a strategic transformation. Previously, Gulf countries’ renewable projects were largely symbolic. But now, the wind has shifted. According to DNV forecasts, the core drivers of electricity demand growth in the region after 2040 will be AI data centers and green hydrogen production. This means power cannot be intermittent—whether it’s 24/7 AI servers or continuous electrolysis for hydrogen production, stable power is essential.
Mega Projects Are Landing – Chinese Companies Lead the Way
PowerChina recently signed an EPC contract for the UAE Abu Dhabi RTC solar+storage project, worth approximately RMB 13.962 billion. The project includes 2.1GWp of PV capacity and 7.75GWh of energy storage, making it one of the world‘s largest integrated solar+storage projects.
What truly caught the industry’s attention was the ”hardcore” structure: 2.1GW PV paired with 7.75GWh storage. From standalone solar to large-scale storage integration, this contract precisely addresses the deep-seated concerns of Gulf countries‘ energy transition. What Middle Eastern giants need is no longer sporadic green power, but a clean energy heart that can run 24/7.
Prior to this, PowerChina had already signed contracts for the Saudi Afif 1 and 2 PV IPP projects, with a total capacity of 2000MW and combined contract value exceeding RMB 11.7 billion.
On the module side, orders are equally：
- JinkoSolar recently won bids in Saudi Arabia‘s seventh round of the National Renewable Energy Program (NREP), with total PV project capacity reaching 3.1GW.
- Trina Solar signed agreements with ACWA Power covering two large-scale ground-mounted PV projects in Saudi Arabia, with a total scale of 2.65GW. The Haden project will use Trina’s Vertex N series bifacial modules.
- LONGi, Aiko, JA Solar and other leading companies have also announced major overseas orders covering core markets including the Middle East and Africa.
Notably, Saudi Arabia plans to award approximately 14GW of new renewable energy projects in 2026 through the National Renewable Energy Program (NREP) tender process.The Middle East market is rapidly transforming from a ”potential market” into a ”core engine.”
What Kind of Modules Does the Middle East Market Need？
Summer ground temperatures in the Middle East can exceed 70°C, with frequent sandstorms, placing stringent demands on modules‘ high-temperature resistance and anti-PID performance.
DNV‘s report notes that the Middle East benefits from a unique geographical advantage: peak solar supply matches peak electricity demand, both daily and seasonally, due to the scale of space cooling demand—reducing the need for storage and the risk of curtailment.
However, high temperatures remain the greatest challenge. The temperature coefficient is a key indicator of module performance under heat—the smaller the value, the better the performance.
Jinko Tiger Neo 3.0：Engineered for the Middle East Desert
Built on the N-type TOPCon platform, the Jinko Tiger Neo 3.0 66QL6-BDV series is the ideal choice for Middle East solar+storage projects：
| Specification | Tiger Neo 3.0 | Value for Middle East Market |
|---|---|---|
| Temperature Coefficient | -0.26%/°C | Only 11.7% power loss at 70°C—3.5 percentage points less than PERC |
| Bifaciality | 85±5% | 10-30% rear-side gain on sand—boosts project IRR |
| Module Efficiency | 24.5%+ | Higher capacity in same area—lowers BOS costs |
| First-Year Degradation | <1% | Stable output for 30 years—lifecycle revenue protection |
| Anti-PID Performance | Excellent | Withstands harsh high-temp, high-humidity conditions—reduces O&M risk |
Compared to standard PERC modules, Tiger Neo 3.0 loses 3.5 percentage points less power at 70°C. For a 1MW plant, the accumulated generation preserved over 25 years is enough to power a household for years.
Let‘s Do the Math：How Much More Can a 1MW Desert Plant Earn？
Assume a 1MW plant in the Middle East, 2,000 annual utilization hours, electricity price $0.05/kWh：
| Comparison | Standard PERC | Jinko Tiger Neo 3.0 |
|---|---|---|
| 25-Year Generation | ~35 million kWh | ~39 million kWh |
| Generation Revenue | $1.75 million | $1.95 million |
| Difference | - | +$200,000 |
In high-temperature regions, choosing the right modules means earning more.
Chasun Solar：Your Partner for the Middle East Market
As a JinkoSolar Gold Medal Agent, Chasun Solar provides：
| Product | Core Advantages |
|---|---|
| Jinko Tiger Neo 3.0 670W Modules | N-type TOPCon, -0.26%/°C temp coefficient, 85±5% bifaciality, <1% first-year degradation |
| JA Solar, LONGi, Trina & Others | Multi-brand Grade-A module selection for diverse project needs |
| GEN3 Microinverters | 60V low-voltage safety, 6 MPPTs, IP67 protection |
| LiFePO4 Storage | 6,000 cycles, modular expansion—ideal for solar+storage integration |
Our Commitment：
- ✅ Grade-A cells only, positive power tolerance, fully traceable
- ✅ Free LCOE calculation for high-temperature scenarios
- ✅ 12-year warranty, 48-hour response
The era of mega solar+storage projects in the Middle East has arrived. Contact us today for Tiger Neo 3.0 quotes and custom solutions for high-temperature projects！
Post time: Apr-09-2026