Blogs & NEWS
Windmason Arabia Partners with EcoEdgeAI
Revolutionizing HVAC Efficiency in Saudi Arabia
One more step towards sustainability and energy innovation, Windmason Arabia has officially partnered with EcoEdgeAI, a pioneer in AI-powered HVAC optimization solutions. EcoEdge AI is an HVAC optimization product that helps improve building sustainability by optimizing the flow of air through the HVAC system. This collaboration marks a transformative step for Saudi Arabia’s HVAC industry as the region marches toward energy-efficient infrastructure and smart city development in line with KSA Vision 2030 and beyond.
At the core of this partnership is a mutual commitment to reducing energy consumption, lowering carbon emissions, and delivering exceptional comfort through AI-integrated Solution systems. Windmason Arabia, renowned for its cutting-edge IDEC (Indirect Direct Evaporative Cooling) systems that save up to 85% energy compared to traditional air conditioning, now joins hands with EcoEdgeAI to bring real-time, intelligent, and automated climate control to the Kingdom.
Why This Partnership Matters for Saudi Arabia?
Saudi Arabia is experiencing rapid urbanization and a climate that demands massive cooling loads throughout the year. Buildings in the region consume up to 70% of total energy primarily due to inefficient HVAC systems. Together, Windmason and EcoEdgeAI aim to combat this challenge by offering smart, AI-powered HVAC systems that optimize performance, cut costs, and enhance comfort.
The Stakes Are High:
- 40% of global energy is consumed by buildings (IEA, 2021)
- 30% of carbon emissions are building-generated
By 2050, 70% of the population will live in urban cities, demanding smarter infrastructure
This collaboration aims to lead the transformation by combining Windmason’s local expertise in sustainable cooling with EcoEdgeAI’s advanced AI algorithms and analytics to deliver high-impact energy solutions across residential, commercial, and industrial sectors.
The Power of AI in HVAC Optimization
What makes EcoEdgeAI unique is its AI-driven, real-time HVAC optimization engine. Unlike traditional systems, which react to temperature changes with static rules, EcoEdgeAI learns and adapts continuously based on a variety of dynamic inputs:
- Time of day
- Occupancy levels
- Outside weather
- Return air temperature
- User preferences and operational hours
This means the system can predict thermal behaviors up to 99.6% accuracy, ensuring that buildings run more efficiently, comfortably, and sustainably. With Windmason as the regional partner, this intelligent HVAC solution is now available across Saudi Arabia.
Seamless Integration with Existing Systems
One of the most attractive features of EcoEdgeAI is its plug-and-play integration with existing BMS (Building Management Systems). This allows facility managers, hotel owners, hospitals, and data centers to benefit from AI-driven insights without replacing their infrastructure.
It supports protocols like BACnet, RS232, and RS485, enabling real-time communication with various HVAC units like:
- Chillers
- AHUs (Air Handling Units)
- FCUs (Fan Coil Units)
- VAVs and CAVs
Our technical team is trained to handle the installation, configuration, and support of this system, ensuring a smooth and fast deployment, often in 2 to 4 weeks.
Measurable Results: Cost, Comfort, Carbon
The EcoEdgeAI platform delivers three core benefits that align perfectly with the sustainability objectives of Saudi developers and government entities:
1. Up to 35% Cost Savings
By eliminating energy waste (overcooling, unnecessary fan speed, inefficient valve operations), users report 15–30% drops in utility bills.
2. 50% Thermal Comfort Optimization
AI ensures consistent indoor comfort by preemptively adjusting airflows, temperatures, and humidity levels based on predictive models.
3. 40% Reduction in CO₂ Emissions
By using less energy and incorporating renewable integration, buildings reduce their carbon footprint significantly.
These numbers are not just promises. They’re backed by real-world case studies.
IDEC + AI: The Future of HVAC in Saudi Arabia
Windmason’s IDEC systems are already known to reduce cooling costs by up to 85%, making them a sustainable alternative to traditional chillers and compressors. By combining IDEC technology with EcoEdgeAI’s optimization engine, clients now have access to:
Hybrid HVAC models combining evaporative cooling and AI regulation
- Massive energy savings for both retrofit and new construction projects
- Smart city compatibility with automated alerts, cloud dashboards, and IoT integration
- This hybrid strategy sets a new benchmark for green buildings in the Middle East.
IoT, Smart Sensors, and Proactive Maintenance
EcoEdgeAI leverages IoT-based sensors to detect changes like open windows or doors, occupancy shifts, or sudden drops in return air temperature. The system proactively:
- Adjusts dampers and fan speed
- Sends alerts to facility managers
- Minimizes energy loss without compromising comfort
This is particularly useful in hotels, hospitals, and office buildings, where constant thermal balance is critical for guest satisfaction and operational efficiency.
Aligning with Vision 2030 and Smart Cities
EcoEdgeAI’s technology aligns perfectly with Saudi Arabia’s Vision 2030 which emphasizes sustainability, smart infrastructure, and green energy. The partnership supports:
- LEED & Green building certifications
- Net-zero carbon goals
- Smart grid integration
- Sustainable city planning
With smart HVAC systems at the heart of every future-ready building, this collaboration plays a vital role in decarbonizing urban development.
A Moment of Pride and Purpose
For Windmasan Arabia, being selected to speak at such an exclusive forum is both an honor and a responsibility. It affirms our position as a technology innovator, HVAC manufacturer, sustainability advocate, and key player in Saudi Arabia’s green evolution.
Read more about the EcoEdge Product or contact Windmason today to learn more about how systems can transform your Place into an energy-efficient, environmentally friendly space.