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SIEW TechTable

Organiser Energy Market Authority
Date 28 Oct 2026, 14:30 - 16:30 hrs
Venue Marina Bay Sands Singapore

SIEW TechTable serves as a premier platform at SIEW where industry leaders and commercial organisations demonstrate emerging and nascent technologies driving energy system integration. Aligned with the theme “Connecting Energy Systems, Powering Tomorrow,” the SIEW TechTable showcases breakthrough innovations—from advanced nuclear and hydrogen infrastructure to biomethane, geothermal, CCUS, and AI-enhanced grid technologies.

The programme convenes technology pioneers to demonstrate scalable solutions for regional grid resilience, cross-border energy collaboration, and next-generation power systems. Through expert dialogue and interactive fireside discussions, SIEW TechTable bridges emerging technologies with practical deployment pathways, enabling public-private partnerships to accelerate implementation and power a secure, sustainable energy future.

Session
Welcome Remarks
Keynote Address
Solar and Battery Storage Solutions
This session explores innovations in solar power and battery storage to drive the energy transition. Speakers will discuss scalable hybrid solutions, cost reductions in lithium-ion and emerging solid-state technologies, grid integration challenges, policy incentives for deployment, and battery storage's critical role in supporting solar intermittency. Key focus areas include optimising dispatchable solar for peak demand and long-duration storage to enhance reliability in ASEAN's decarbonisation goals.
Hyperscalers' Energy Strategies: Tech Ecosystems for Decarbonisation
This session examines how hyperscalers are reshaping energy strategies through technology ecosystems. Speakers will explore AI-driven energy optimisation, renewable procurement at scale, advanced cooling innovations, and nuclear-powered data centres to meet surging compute demands. Key focus areas include cross-sector partnerships for grid stability, and policy frameworks enabling hyperscaler investments in clean energy transition.
SMRs & Advanced Nuclear: Unlocking Clean Baseload Power
This session dives into small modular reactors (SMRs) and advanced nuclear technologies as scalable solutions for decarbonisation. Speakers will cover factory-built modular designs, next-gen coolants, fuel recycling to minimise waste, and enhanced safety features for rapid deployment. Key focus areas include grid flexibility for renewables integration, cost reductions through serial production, regulatory pathways, and commercial pathways that enhance overall energy security and resilience for industrial off-takers.
Harnessing Geothermal Innovation for Urban Energy Systems
This session highlights geothermal innovations as a reliable, low-carbon baseload energy source. Speakers will cover enhanced geothermal systems (EGS), advanced drilling techniques for deeper reservoirs, hybrid solar-geothermal plants, and cost savings achieved through modular designs. Key topics include Singapore’s investigation into geothermal energy as an alternative import source, its role in strengthening grid resilience, scalability for urban settings, and policy measures that can speed up adoption.
AI-Powered Grids: Enhancing Stability, Predictability, and Resilience
This session explores how artificial intelligence is transforming energy grid management by enabling real-time stability control, accurate demand and supply forecasting, and faster response to disruptions. Speakers will discuss AI applications in dynamic load balancing, predictive maintenance for grid assets, integration of variable renewables (solar and wind), and anomaly detection for cyber-physical threats. Key focus areas include improving grid resilience during extreme weather events, reducing operational costs through automated decision-making, enabling distributed energy resource (DER) coordination, and regulatory considerations for AI deployment in grid operations.
Hydrogen & Ammonia: Fuelling the Low-Carbon Future
This session examines the emerging roles of hydrogen and ammonia as scalable, low-carbon energy carriers for power generation, industrial feedstocks, and long-duration energy storage. Speakers will discuss production pathways (electrolysis, methane reforming with carbon capture), ammonia cracking and direct use in gas turbines, transportation and storage challenges, and lifecycle emissions accounting. Key focus areas include repurposing existing natural gas infrastructure, safety standards and public perception, co-firing with fossil fuels in power plants, and international certification schemes for green and blue hydrogen.

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