South Korea–based Tilda has announced the deployment of its artificial intelligence-driven energy optimisation solution, ArgMax Power, in Vietnam’s industrial sector, targeting manufacturing facilities with on-site solar photovoltaic and energy storage system (ESS) installations.
The ArgMax Power platform applies AI algorithms to both the design and real-time operation of solar and ESS assets, enabling optimisation of system sizing, peak demand control, and energy dispatch. Tilda is engaging with industrial park developers and EPC companies in Vietnam to support ESS investment planning and system deployment, while also exploring technical and commercial cooperation with local partner VINAtech.
The solution integrates investment-stage simulations with operational control. Using historical load data and site-specific parameters, the platform models solar generation, grid interaction, and battery charge-discharge cycles over a full year. During operation, it dynamically manages energy flows to reduce peak demand and overall electricity consumption, delivering reported savings of up to 30% in energy costs.
Tilda’s expansion into Vietnam builds on prior industrial deployments in Japan, where a 2025 pilot project demonstrated peak demand reduction from 127.53 kW to 82.58 kW without disrupting manufacturing operations. The Vietnam rollout is supported under an international expansion programme backed by South Korea’s Ministry of Science and ICT and the National IT Industry Promotion Agency, positioning the country as a key market for AI-enabled energy management in Southeast Asia.