RWS Launches AI-Powered Sustainability Initiatives

Resorts World Sentosa (RWS) is set to become the first tourism destination in Singapore to adopt predictive optimisation technologies for district cooling, a move aimed at anticipating cooling demand, reducing energy use and maintaining guest comfort across its 49-hectare integrated resort.

The initiative, announced with Honeywell Technologies (NASDAQ: HON), addresses one of the largest and most complex energy needs for major resorts: cooling. By forecasting demand and coordinating equipment before conditions change, the partners intend to reduce wasted energy while keeping hotels, attractions and public spaces consistently comfortable.

The project builds on a 2023 connected-building deployment that positioned RWS ahead of the tourism sector in adopting cloud technology for large-scale building management. That earlier work created a connected, cloud-based foundation for building operations. The new phase adds artificial intelligence and predictive capabilities to help improve operations and support RWS’ carbon-neutrality ambition for 2030.

Honeywell Technologies and RWS will draw on the Honeywell Technologies Singapore Sustainable Buildings Centre of Excellence, established with support from the Singapore Economic Development Board, to develop and test the technologies in one of Asia’s most complex hospitality and entertainment environments.

Architectural Intervention and Selection Rationale

The initiative comprises three practical programmes:

1. Smarter air-conditioning uses AI to continuously adjust heating, ventilation and air-conditioning systems (HVAC) to use less energy while keeping indoor spaces comfortable. This solution is already deployed at Resorts World Convention Centre and Illumination’s Minion Land at Universal Studios Singapore.
2. Cooling that anticipates demand applies predictive optimisation to the district cooling plant, which will forecast how much cooling the resort will need and decide which equipment should run, and when. This is designed to help RWS avoid producing more chilled water than needed and operate the whole plant more efficiently.
3. A clearer view of energy use through Honeywell Technologies’ proprietary intelligence platform Forge, which brings energy data together and turns them into insights that highlight where energy may be wasted. It gives facilities teams practical recommendations they can act on across the resort.

Together, the programmes represent a shift from automating individual systems to enabling interconnected systems to work intelligently together.

The next frontier in building efficiency is not simply automating individual systems such as HVAC, chillers and district energy infrastructure. It is enabling interconnected systems to work intelligently together, continuously and proactively optimising energy use as conditions change.

—Munish Suri, President, Building Automation, India and APAC, Honeywell Technologies

Implementation Mechanics and Overcoming Obstacles

Deploying predictive optimisation across a working resort requires integrating new analytics with existing building management infrastructure. The 2023 deployment provided the necessary connected, cloud-based foundation, allowing the new programmes to add advanced analytics, artificial intelligence and future autonomous-building capabilities without replacing the underlying systems.

The Centre of Excellence in Singapore serves as the development and testing ground, enabling the partners to validate the technologies under real-world hospitality conditions before wider rollout.

RWS’ operational expertise is central to the effort. The resort’s facilities management approach emphasises anticipating conditions rather than reacting to breakdowns, a philosophy that aligns with the predictive nature of the new tools.

The programmes are designed to address more complex sustainability and operational challenges while maintaining the guest experience that defines the destination.

Facilities management goes beyond fixing things when they break. It means staying ahead

—Kess Chiang, Senior Vice President, Resort Services, Resorts World Sentosa

Chiang added that room and venue temperature should adjust itself to humidity, airflow and changing weather conditions rather than rely on a fixed setting, with the goal that guests never feel too hot or too cold while using only the energy that is needed.

Audited Quantitative Impact and ROI Metrics

The initiative is structured to deliver measurable operational improvements. By forecasting cooling demand and coordinating equipment, the district cooling plant can avoid producing excess chilled water, reducing wasted energy across the resort.

The AI-driven HVAC optimisation already deployed at Resorts World Convention Centre and Illumination’s Minion Land provides an operational baseline for the expanded programmes. Honeywell Forge adds a layer of energy visibility, turning data into actionable recommendations for facilities teams.

The programmes support RWS’ goal of carbon neutrality by 2030, a commitment that frames the investment case for the co-innovation work. The 49-hectare resort includes Universal Studios Singapore, Adventure Cove Waterpark, ocean institutes Singapore Oceanarium and the Research and Learning Centre, six luxury hotels, the WEAVE retail and lifestyle destination, Resorts World Convention Centre and Resorts World Casino.

Cooling demand across these varied assets makes predictive optimisation a priority for both energy management and guest comfort.

The Replicable Blueprint and Strategic Lessons

For APAC engineering and facilities leaders, the RWS initiative offers several pragmatic takeaways:

1. A connected, cloud-based building management foundation is a prerequisite for advanced predictive optimisation; the 2023 deployment enabled the current phase.
2. Co-innovation through a dedicated Centre of Excellence allows technologies to be tested in a live, complex environment before broader deployment.
3. Integrating energy data into a single intelligence platform such as Honeywell Forge helps facilities teams move from reactive maintenance to proactive recommendations.
4. Aligning efficiency programmes with a public carbon-neutrality target, in this case 2030, provides a clear strategic frame for investment and measurement.

The initiative marks the next phase of the Honeywell Technologies and RWS innovation journey, adding advanced analytics, artificial intelligence and future autonomous-building capabilities to address more complex sustainability and operational challenges.

Honeywell Technologies, a global pure-play automation company with more than 50,000 employees, has a long history of working with iconic buildings and brands, including a long-standing partnership with the Sydney Opera House, which it helped become one of the first World Heritage-listed buildings to achieve a 6-Star Green Star rating from the Green Building Council of Australia.