BeeCharge is a Singapore-based energy technology company delivering flexible, intelligent charging solutions for electric mobility and distributed energy systems.

Their solutions include mobile EV charging, fixed charging infrastructure, and BeeCharge 2.0 – a modular, off-grid battery energy storage system (BESS) integrated with high-power charging. Designed for fleets, maritime operations, construction sites and other grid-constrained environments, BeeCharge enables reliable charging without costly or lengthy grid upgrades.

By combining battery storage, renewable energy, AI-powered optimisation, and real-time telematics, BeeCharge makes energy more accessible, efficient, and resilient.

Osiris Technology is an enterprise-grade software and IoT solutions provider dedicated to democratising AI and automation for industries. By combining edge sensor integration, scalable cloud infrastructure, and intelligent data analytics, Osiris enables businesses to transform physical operational data into real-time, actionable business intelligence.

They deliver end-to-end software applications and IoT solutions that integrate seamlessly with existing hardware and workflows, eliminating the need for costly overhauls or complex system migrations. Their product suite powers real-time monitoring, predictive analytics, and automated controls across critical infrastructure, including energy storage and environmental management. By replacing resource-intensive manual processes with intelligent automation, Osiris minimises operational downtime and optimises energy usage, offering industries a scalable, efficient path toward their sustainability targets.

Thermalytica Asia Pacific Pte. Ltd. is the Singapore subsidiary of Japan-based Thermalytica Inc., specialising in advanced thermal insulation materials and energy-efficient solutions. Established in 2021, Thermalytica commercialises materials technology developed by Japan’s National Institute for Materials Science (NIMS).

Its flagship product, TIISA®, is a proprietary nano-engineered silica aerogel with ultra-low thermal conductivity, offering lightweight, durable, and cost-efficient insulation. Available as coatings, sheets, and composite layers, TIISA® can be integrated into existing manufacturing processes across industries including construction, energy, transportation, and household appliances.

For household appliances, its nano-porous insulation technology reduces heat transfer and stabilises internal temperatures, lowering energy consumption and lifecycle carbon emissions. Through SOIC, Thermalytica seeks to collaborate with Electrolux to validate and integrate TIISA® into appliance product lines, accelerating commercial adoption and scalability.

Transitry is a Singapore-based agri-climate deep-tech company that helps agricultural businesses turn waste into value. Their platform brings together three tools. A handheld NIR soil probe reads soil health in the field. A digital MRV platform records soil and carbon data on blockchain so it can be trusted. Their enhanced biochar is made from crop residues. Together, they let customers measure, monitor, maximise, and monetise the impact of their land. They work with partners across Singapore, India, Thailand, Vietnam, and Japan.

They are now going a step further by turning agri waste and CO₂ into specialty carbon nanotubes (CNTs). CNTs are strong, light, and highly conductive. They go into battery materials, thermal management, EMI shielding and lightweight conductors. Most CNTs today are made from fossil-based feedstocks. Transitry makes theirs from carbon that would otherwise be burned or released.

Transitry is backed by Info Edge Ventures, Antler, Plug and Play and Seraphim Space.

Zurich Soft Robotics is an ETH spin-off bringing a climate-adaptive PV system called Solskin to market. Solskin combines renewable energy generation, intelligent shading and architectural expression in one responsive system. Developed through years of research at ETH Zurich, it enables building envelopes to actively contribute to energy performance and occupant comfort.

Solskin uses movable photovoltaic modules that follow the sun, supported by AI-driven controls that balance solar energy generation, daylight, and thermal comfort. Its modular design can be configured vertically or horizontally for new construction and renovation projects, with prefabricated elements supporting efficient installation and integration into different architectural contexts.

By combining solar generation with adaptive shading, Solskin helps reduce building energy demand while supporting occupant comfort and architectural design. Beyond building façades, Solskin can also be deployed as a standalone solar solution for outdoor spaces, including solar trees and pergolas, extending the technology to urban environments.

Solskin has received numerous awards and international recognitions, including the Watt d’Or 2023, Society of Façade Engineering Product of the Year 2025, Swiss Solar Prize 2025, two Architizer A+Product Awards 2026 and the ICONIC AWARDS 2026 “Best of Best.”

NTi Technology Pte Ltd is a pioneering membrane technology company headquartered in Singapore, dedicated to industrial resource recovery, water reuse, and closed-loop circularity. Built on more than 35 years of membrane research led by founder Dr. Ge Hailin, NTi delivers next-generation recycling solutions for the semiconductor, pharmaceutical, petrochemical, and food & beverage sectors. Their proprietary poly-ceramic membranes, manufactured through their own ZLD process, thrive where conventional membranes fail – operating across a pH range of 0 to 14+, temperatures up to 90°C, and exposure to strong acids, alkalis, and solvents.

Their offering rests on two core products. A chemically robust hollow-fibre ultrafiltration membrane strips solids and residues from process streams, while the NTi Membrane Condenser uses low-energy air-bubbling to recapture up to 99% pure solvents, acids, and alkalis, recovering clean water and waste heat. Combined into plug-and-run systems, these enable full zero-liquid-discharge duty.

NTi’s membrane technology enables the conversion of complex, hazardous waste streams into high-purity reusable chemicals at under half the cost of conventional equipment, typically compressing client payback to under one year. To date, NTi has deployed over 50,000m² of membrane area and treated 15 million m³ of process streams across Singapore, China, Taiwan, Australia, and Sweden.