Al Sharqawi Co · Kingdom of Saudi Arabia · May 2026
In a country where cooling can account for the majority of electricity demand, how a city cools itself is not a technical detail — it is a question of national energy strategy. District cooling answers it: instead of every building running its own inefficient chillers, chilled water is produced centrally and delivered through a network to serve entire districts at a fraction of the energy. In Saudi Arabia, where giga-projects are being built from the ground up, district cooling has become the cooling model of choice — and the contractors who can deliver it hold a decisive advantage.
01 · MARKET CONTEXT
Why District Cooling Is Central to the Kingdom’s Future
District cooling has moved from a niche solution to a cornerstone of Saudi Arabia’s sustainable urban development. The Saudi Arabian district cooling market generated USD 1,515.0 million in revenue in 2024 and is projected to reach USD 2,585.3 million by 2030, growing at a CAGR of 9.4%. This growth is driven directly by the scale of the Kingdom’s construction ambitions — with USD 1.5 trillion worth of construction projects underway or planned, all requiring year-round space and process cooling.
The case for district cooling is compelling and strategic. District cooling is three to five times more energy-efficient than conventional air conditioning — and its impact at national scale is transformative. Analysis indicates that by 2030, a properly employed district cooling system could provide around 30% of the GCC’s forecast cooling requirements, negating the need to build 20 GW of new power generation capacity and saving 200,000 barrels of oil equivalent per day in fuel. In a Kingdom pursuing both economic diversification and a 30% reduction in energy intensity under Vision 2030, that is not a marginal efficiency — it is a national priority.
| $1.52BKSA DC Market 2024 | $2.59BProjected by 2030 | 9.4%Annual CAGR | 3–5xMore Efficient Than AC | ~30%of GCC Cooling by 2030 |
The Kingdom’s giga-projects are where district cooling is being deployed at unprecedented scale. The NEOM Economic Zone district cooling plant is being built to a 200,000 TR capacity, the King Salman Park plant to 60,000 TR, and the Diriyah Gate Al Khuzama plant to 72,500 TR. These are not building-level cooling systems; they are cooling utilities serving entire new cities. Alongside NEOM, the Red Sea Project, Qiddiya, and King Abdullah Financial District all integrate district cooling as foundational infrastructure — creating sustained demand for contractors capable of delivering at this scale.
“District cooling is integral to Vision 2030, not only because of its potential to reduce energy consumption, but due to its role in providing sustainable infrastructure for urban megaprojects like NEOM, the Red Sea Project, and Qiddiya.”
— Araner, The Future of District Cooling in Saudi Arabia, 2026
02 · SCOPE OF WORK
What District Cooling Contracting Involves
District cooling is among the most complex MEP disciplines — a large-scale infrastructure undertaking that spans central plant, distribution networks, energy transfer, and long-term operation. A capable district cooling contractor delivers across the full scope.
| 🏭 | Central Cooling PlantDesign and construction of the central plant — chillers, pumps, thermal storage, and controls that produce chilled water at scale. The plant is the heart of a district cooling system, engineered for efficiency, redundancy, and continuous operation across a 25-year-plus service life.Chiller Plant · Pumping · Controls |
| 🧊 | Thermal Energy Storage (TES)Design and integration of TES systems that shift cooling production from peak daytime hours to off-peak night-time, when chillers run more efficiently. TES is the technology that transforms district cooling economics — storing cooling energy and releasing it as demand rises.TES Tanks · Peak Shaving · Load Shift |
| 🔵 | Chilled Water Distribution NetworkDesign and installation of the insulated underground pipe network that delivers chilled water to connected buildings. The distribution network is a major civil and mechanical undertaking, engineered to minimise thermal loss and pumping energy across long distances.Pre-Insulated Pipe · Network · Pumping |
| 🔗 | Energy Transfer Stations (ETS)Installation of the energy transfer stations that connect each building to the district network, transferring cooling from the primary loop to the building’s secondary system with metering for accurate billing.ETS · Heat Exchangers · BTU Metering |
| 💧 | Water Conservation SystemsDesign of water-efficient and zero-water cooling approaches — dry-cooled and air-cooled solutions that reject heat to ambient air using only refrigerant and no water. In a water-scarce Kingdom, water conservation has become a defining district cooling capability.Dry-Cooled · Zero-Water · Sustainable |
| ☀️ | Renewable Integration & O&MIntegration of solar PV and distributed energy, plus long-term operations and maintenance. Leading Saudi district cooling now integrates solar and delivers energy management across the plant’s life — because in district cooling, the contract runs for decades, not months.Solar PV · O&M · Energy Management |
A defining truth of district cooling: it is an infrastructure commitment measured in decades, not a system installed and handed over. District cooling plants are typically awarded on 25-year concessions, which means the contractor’s engineering decisions echo for a generation. This is why district cooling demands not just technical capability, but the depth to design for efficiency, reliability, and sustainability across an entire asset lifecycle.
03 · THE TECHNOLOGY EDGE
How Modern District Cooling Achieves Its Efficiency
The efficiency and sustainability of a district cooling system are determined by the technologies the contractor integrates. The Kingdom’s leading projects are setting global benchmarks — and understanding these technologies is essential to delivering a competitive system.
| TECHNOLOGY | FUNCTION | BENEFIT |
| Thermal Energy Storage | Shifts cooling to off-peak night hours | Peak-load savings and grid efficiency |
| Dry / Air-Cooled Systems | Rejects heat without water | Zero or minimal water consumption |
| Solar PV Integration | Powers chillers with renewable energy | Reduced emissions and running cost |
| High-Efficiency Chillers | Produces chilled water at scale | Core efficiency gain over standalone AC |
| Smart Controls & BMS | Optimises production and distribution | Demand-responsive, data-driven operation |
| BTU Metering | Measures each building’s consumption | Accurate, fair, utility-style billing |
The Kingdom’s flagship projects show what is now achievable. The Red Sea Project’s district cooling plant delivers 32,500 TR of capacity with zero water consumption, achieving 30% electrical savings compared to conventional dry-cooled plants and saving 1.4 million litres of water annually, all while operating at a noise level of just 50 dB. This is the frontier of district cooling engineering — and it illustrates the technical ceiling that leading contractors in the Kingdom now operate at.
04 · WHERE IT IS DEPLOYED
The Projects and Sectors Driving District Cooling Demand
District cooling is the preferred solution wherever large, concentrated cooling demand exists. Across the Kingdom, its deployment spans giga-projects, commercial districts, and increasingly, the data centres driving the digital economy.
| APPLICATION | WHY DISTRICT COOLING FITS | KSA EXAMPLE |
| Giga-Projects | Whole-city cooling from central utility | NEOM (200,000 TR); Red Sea Project |
| Mixed-Use Districts | Efficient cooling for many buildings | King Salman Park (60,000 TR) |
| Heritage & Cultural | Discreet, centralised infrastructure | Diriyah Gate (72,500 TR) |
| Financial Districts | Reliable cooling for dense towers | King Abdullah Financial District |
| Data Centres | High-density, continuous cooling load | Emerging DC-driven growth catalyst |
| Hospitality & Resorts | Sustainable luxury cooling | Red Sea, Amaala, Qiddiya |
Regional climate shapes the engineering. Riyadh and Jeddah do not share the same profile — Jeddah’s humid coastal climate requires slightly different insulation and system design than Riyadh’s hot, dry conditions. A district cooling contractor operating across the Kingdom must engineer each system to its specific location, and increasingly, the rise of data centres — with their high-density, continuous cooling loads — is emerging as a significant new growth catalyst for district cooling providers across Saudi Arabia.
05 · SELECTION CRITERIA
How to Choose a District Cooling Contractor in Saudi Arabia
District cooling is a decades-long infrastructure commitment, and the choice of contractor shapes its efficiency, reliability, and sustainability for the life of the concession. The following criteria are essential.
01. Large-Scale Plant Experience — Confirm the contractor has delivered central cooling plants at genuine district scale, with verifiable references. District cooling is not large HVAC — it is utility-scale infrastructure, and the engineering depth it requires cannot be improvised.
02. TES & Efficiency Expertise — Verify the contractor’s capability in thermal energy storage and peak-load optimisation. TES is where district cooling economics are won, and a contractor without genuine TES expertise cannot deliver the efficiency the model promises.
03. Water Conservation Capability — In the water-scarce Kingdom, confirm the contractor can deliver dry-cooled and zero-water solutions. Water efficiency is now a defining requirement of Saudi district cooling, not an optional enhancement.
04. Distribution Network Competency — Establish the contractor’s experience with large-scale chilled water distribution networks and energy transfer stations. The network is a major engineering undertaking, and its design determines the system’s pumping energy and thermal losses for decades.
05. Renewable & Smart Integration — Confirm the contractor can integrate solar PV, smart controls, and BMS-driven optimisation. The leading edge of Saudi district cooling combines centralised efficiency with renewable power and intelligent, data-driven operation.
06. Long-Term O&M Commitment — District cooling is a 25-year-plus relationship. Confirm the contractor offers the operations, maintenance, and energy management capability to sustain plant performance across the full concession, not just deliver it at handover.
· AL SHARQAWI CO · DISTRICT COOLING · SAUDI ARABIA ·
Cooling Engineered for Cities, Sustained for Decades
At Al Sharqawi Co, we approach district cooling as the long-term infrastructure commitment it truly is. We understand that a district cooling plant is not handed over and forgotten — it is a cooling utility that must perform efficiently, reliably, and sustainably for a generation. That understanding shapes how we engineer: central plant designed for lifecycle efficiency, thermal energy storage that shifts load to when energy is cheapest and cleanest, water-conserving systems built for a water-scarce Kingdom, and the renewable integration that makes cooling genuinely sustainable.
As a district cooling contractor in the Kingdom, Al Sharqawi Co delivers the full district cooling scope — central plant, thermal energy storage, chilled water distribution networks, energy transfer stations, water conservation systems, and renewable integration with long-term O&M — engineered to the efficiency and sustainability standards that Vision 2030 and the Kingdom’s giga-projects demand.
| UTILITY-SCALE PLANTCentral cooling plant engineered for lifecycle efficiency, redundancy, and continuous multi-decade operation. | TES EXPERTISEThermal energy storage that shifts cooling to off-peak hours — the technology at the heart of district cooling economics. | ZERO-WATER CAPABLEDry-cooled and water-conserving systems engineered for the realities of a water-scarce Kingdom. |
| NETWORK ENGINEERINGLarge-scale chilled water distribution and energy transfer stations designed to minimise loss and pumping energy. | RENEWABLE-INTEGRATEDSolar PV and smart, data-driven controls that make centralised cooling genuinely sustainable. | LIFECYCLE PARTNEROperations, maintenance, and energy management across the full 25-year-plus concession, not just handover. |
06 · FORWARD OUTLOOK
The Future of District Cooling in Saudi Arabia
District cooling sits at the intersection of the Kingdom’s two defining priorities — rapid urban development and aggressive sustainability targets — and its role will only grow. As giga-projects advance, cities densify, and the pressure to reduce energy intensity intensifies, district cooling is becoming the default cooling model for large-scale Saudi development rather than the exception.
The defining trends are efficiency and sustainability, converging. Thermal energy storage, zero-water cooling, and solar integration are moving from pioneering features on flagship projects to standard expectations across the market. At the same time, the explosive growth of data centres — with their intense, continuous cooling demand — is opening an entirely new frontier for district cooling, as the Kingdom builds the digital infrastructure of its diversified economy. And digitalisation is transforming operation itself, with smart controls and data-driven management optimising plants in real time.
The district cooling contractors who will lead the Kingdom are those who can deliver at giga-project scale while mastering the efficiency and water-conservation technologies that Vision 2030 demands. In a country where cooling is both a necessity and a major energy challenge, district cooling is not merely a service — it is a strategic contribution to the Kingdom’s sustainable future, and the contractors who deliver it well are building infrastructure that will serve for generations.
COOLING AT THE SCALE OF A CITY
Build Your District Cooling With a Contractor Who Thinks in Decades
Whether you are developing a giga-project, a mixed-use district, or a data centre campus, Al Sharqawi Co brings the utility-scale plant capability, TES and water-conservation expertise, and lifecycle commitment that district cooling in the Kingdom demands.
Contact Al Sharqawi Co: info@alsharqawi.com · www.alsharqawi.com
References & Sources
1. P&S Intelligence. (2024). Saudi Arabia District Cooling Market Growth Report 2030. psmarketresearch.com
2. GM Insights. (December 2024). Middle East District Cooling Market Size & Share 2026-2035. gminsights.com
3. Araner. (2026). The Future of District Cooling in Saudi Arabia. araner.com
4. Araner. (2026). Red Sea Global District Cooling Plant with Zero Water Consumption. araner.com
5. Saudi Energy Consulting. (May 2026). District Cooling Saudi Arabia — Path to 30% Power Savings. saudienergyconsulting.com
6. Vertex Market Research. (May 2026). District Cooling Market Share Report & Forecast 2036. vertexmarketresearch.com
7. International District Cooling Conference (IDCC). (2026). KSA Project Pipeline. internationaldcc.com
8. Saudi Energy Consulting. (May 2026). Heat Pump & Cooling Efficiency in Saudi Arabia. saudienergyconsulting.com
9. Mordor Intelligence. (2026). Middle East District Cooling Market Analysis. mordorintelligence.com
10. Saudi Vision 2030 Official Portal. (2026). Sustainability & Energy Efficiency Overview. vision2030.gov.sa
