# Singapore Studies Pulau Tekong for Future Energy Infrastructure Cluster

Authorities evaluate balancing military training needs with critical energy facility development on the island.

- **Source:** [CNA – Singapore](https://www.channelnewsasia.com/singapore)
- **Published:** 2026-11-11
- **Topic:** [Business](https://brifing.si/c/business)
- **Original article:** <https://www.channelnewsasia.com/singapore/pulau-tekong-military-training-live-firing-energy-cluster-ema-6538521>
- **On Brifing:** https://brifing.si/s/ded2d8cd-949d-4a21-90c4-e43dd9511c62

## Strategic Land Evaluation

Singapore is currently studying a 200-hectare site on Pulau Tekong for a potential energy infrastructure cluster. This area, equivalent to 40 percent of Sentosa Island, could host hydrogen-ready power plants and LNG terminals. The Energy Market Authority has initiated a tender for a comprehensive feasibility study to assess long-term viability.

## Military Training Legacy

Pulau Tekong has served as the primary site for the Singapore Armed Forces' Basic Military Training Centre since 1999. The island was repurposed for military use in 1987, creating a long-standing operational footprint. Any new civilian development must now navigate these established defense requirements and existing military training safety protocols.

## Addressing Energy Demand

Rising electricity demand driven by data centers and national electrification efforts necessitates new infrastructure. Singapore faces severe land scarcity, making the identification of suitable sites increasingly difficult for national priorities. Developing this eastern cluster could help meet future energy needs while diversifying the country's power generation away from the west.

## Geographic Operational Advantages

Experts suggest the island's offshore location provides distinct benefits for hazardous facilities like LNG terminals. Its distance from densely populated mainland areas enhances safety management, while direct sea access allows for efficient seawater cooling of thermal power plants. Furthermore, the existing military presence offers a natural security layer for infrastructure.

## Safety and Risk Management

Co-locating energy facilities with live-firing exercises introduces inherent risks that require rigorous mitigation. Experts emphasize that energy infrastructure must be placed outside military safety zones to avoid interference from projectile trajectories. While the probability of accidents remains extremely small, detailed technical assessments are mandatory to ensure the safety of personnel.

## Economic and Operational Costs

Developing the site involves both one-off construction costs and potential recurring economic burdens. Operational restrictions could limit the flexibility of energy facilities or disrupt critical military training schedules. Analysts warn that even modest recurring constraints could impose significant long-term economic costs over the multi-decade lifespan of these major energy assets.

## Infrastructure Buffer Requirements

Establishing adequate safety buffers is essential, though distances will vary based on the specific hazardous materials involved. Experts argue against a uniform buffer approach, suggesting site-specific risk assessments instead. Beyond the physical footprint, planners must account for access roads, utility corridors, and security arrangements that collectively occupy substantial land areas.

## Coordinating Complex Schedules

Construction and maintenance phases present unique coordination challenges between civilian contractors and military units. Shared access routes or coastal waters could be subject to temporary restrictions, potentially extending project timelines. Effective management will require synchronized scheduling to prevent energy supply disruptions or interference with essential national defense training exercises.

## International Comparison Context

While coastal energy facilities operate near military bases in countries like Spain, India, and the United States, experts caution against direct comparisons. Most international examples involve smaller-scale projects or different technologies. The proposed 200-hectare cluster on Pulau Tekong represents a significantly larger and more complex integration than existing global precedents.

## Future Land Use Strategy

Prime Minister Lawrence Wong previously announced that 500 hectares on the island could eventually support civilian uses. The current study focuses on 200 hectares, leaving room for other industrial or defense-related research activities. The government remains flexible, ensuring that land allocation aligns with evolving national priorities and long-term energy security goals.

## Balancing National Priorities

The ultimate decision depends on whether the benefits of a new energy cluster outweigh the costs of accommodating it alongside military training. Policymakers must weigh the opportunity cost of land usage against the necessity of robust energy infrastructure. Success requires balancing immediate national energy requirements with the integrity of military operations.

## Sources covering this story

- https://www.channelnewsasia.com/singapore/pulau-tekong-military-training-live-firing-energy-cluster-ema-6538521 — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
