BDx Data Centers has deployed Singapore’s Tropical Data Centre Standard (SS 697:2023) at its SIN1 multi-tenant facility, marking a live operational adoption of the framework designed for high-temperature environments. The standard, developed by the Infocomm Media Development Authority, provides operational guidance for managing facilities under optimized thermal conditions in tropical climates.
The initiative aligns with Singapore’s broader data infrastructure sustainability agenda and supports the country’s evolving Green Data Centre Roadmap, which aims to reduce energy intensity while maintaining infrastructure reliability.
However, implementing the standard in a live multi-tenant environment required operational discipline, advanced monitoring, and thermal modelling to ensure service continuity.
SIN1 Temperature Increase Program Drives Cooling Efficiency
At BDx’s SIN1 facility in Paya Lebar, the company launched a Temperature Increase Program (TIP) in 2025. The program gradually raised operational temperature setpoints from 23°C to 25°C under tightly controlled conditions. Continuous monitoring of thermal loads, humidity levels, and workload distribution enabled BDx engineers to maintain stable operating conditions while implementing the change across the production environment.
As a result, the initiative delivered a 7% reduction in cooling-energy consumption while maintaining 100% uptime, aligning with global operational benchmarks such as those defined by ASHRAE. Consequently, the deployment demonstrates how tropical-region facilities can operate at higher thermal thresholds without sacrificing service reliability.
To sustain the operational shift, BDx deployed an AI-driven digital twin system designed to simulate and optimize cooling performance in real time. The platform continuously evaluates facility thermal behavior and cooling dynamics under tropical conditions. It then adjusts operational parameters to maintain thermal stability at elevated temperatures.
Moreover, the digital twin architecture supports long-term infrastructure resilience as AI-driven workloads increase rack density and power demand across Asia-Pacific data centers. BDx is also collaborating with customers to leverage Singapore’s Energy Efficiency Grant (EEG) program, which supports the adoption of pre-approved energy-efficient IT equipment in commercial data centers.
Therefore, the initiative not only complements the SS 697:2023 framework but also reduces overall facility energy intensity across the infrastructure stack. By aligning operational standards with equipment-level efficiency programs, the company aims to accelerate adoption of energy-optimized infrastructure across tenant environments.
Strategic Step Toward Tropical Data Center Engineering
The implementation underscores BDx’s broader engineering strategy focused on high-density infrastructure designed for tropical climates. Singapore’s climate presents unique cooling challenges, yet it also offers a testing ground for next-generation operational models.
“Improving energy efficiency in tropical environments requires disciplined execution and a data-driven approach,” said Mayank Srivastava, Chief Executive Officer of BDx Data Centers. “By implementing Singapore’s Tropical Data Centre Standard in a live environment, we have demonstrated that efficiency gains can be achieved without compromising reliability. This is an important step in building resilient, future-ready data centre infrastructure across Asia Pacific and beyond.”
Ultimately, the deployment signals how regional operators can balance sustainability, uptime, and performance as data center capacity expands across Asia-Pacific.
