From September 28 to October 4, the Bangkok Climate Action Week was held for the first time in Bangkok, Thailand. GETECH's Southeast Asia Chief Architect Deng Xiaojin (Simon) was invited to attend and deliver a keynote speech. As a key participant in green and low-carbon development, GETECH fully demonstrated its profound expertise in smart manufacturing and energy management. Its AI-powered energy and carbon management solution, originating from the semiconductor manufacturing industry, can be innovatively applied to the green building sector and provides crucial support for the development of green buildings in Southeast Asia.

The Bangkok Climate Action Week is a climate week centered on cities, targeting the public and multiple stakeholders, aiming to mobilize societal forces and promote green transformation and climate resilience building in Southeast Asia. The event brings together city governors, businesses, youth, and communities through diverse scenarios such as exhibitions, performances, seminars, policy labs, and community actions, bringing climate issues into daily life and urban decision-making. The event advocates 'whole-of-society participation,' focuses on replicable low-carbon pathways and climate resilience practices, and emphasizes the empowerment of local forces.

01 Southeast Asia: Green Policies Accelerate Implementation

As global climate challenges become increasingly severe, Southeast Asian countries are accelerating their green transformation. Thailand, as a regional energy hub, is speeding up its green energy transition, especially in green buildings, proposing 'Towards Net-Zero Energy Buildings' and pointing out that cooling equipment is a key area for energy efficiency improvement. In response, the Thai government has introduced the BEC Building Energy Code, TREES Green Building Certification System, and strengthened air conditioning energy efficiency standards (TIS 2134-2565) to promote energy saving and carbon reduction in the building and industrial sectors.

02 GETECH: From Manufacturing, Empowering Green with AI

As a leading enterprise in China's industrial intelligence industry, GETECH deeply integrates manufacturing genes with AI technology to create an 'Energy + Carbon Emissions + AI' smart energy-carbon management platform. It monitors and manages the real-time energy consumption of electricity, cooling, heating, and other multi-energy sources in buildings, while using AI algorithms and cloud computing technology to focus on the 'major energy consumers' in industrial and commercial buildings—HVAC systems—achieving online monitoring, energy consumption prediction and simulation, and real-time optimization strategy control for HVAC equipment and systems.

By organically combining AI intelligent algorithms such as Light GBM and Random Forest with mechanistic models built based on the physical characteristics of equipment/systems, it achieves real-time control of equipment like chillers, fans, and pumps, ensuring the entire system always operates at optimal energy efficiency, maximizing energy utilization efficiency, reducing carbon emissions, and ultimately helping building facilities become green and low-carbon.

The platform has capabilities for monitoring, control, reporting, analysis, predictive diagnostics, and AI energy-saving optimization, encompassing the basic functions of BAS/FMCS systems, significantly improving the flexibility and intelligence of HVAC optimization, with an average annual energy saving rate of 20%.

- Visual energy usage monitoring: Intuitively displays the real-time operating status and key parameters of systems and equipment;

- AI predictive diagnostics: AI algorithms achieve predictive fault diagnosis and provide resolution suggestions;

- AI strategy energy-saving intelligent control: AI optimization algorithms automatically control, achieving efficient energy saving and unattended operation.

At the same time, it features full functionality, low cost, fast delivery, and high availability. It is compatible with different brand hosts and has wide application scenarios. It includes a self-developed multi-protocol adaptation engine, with high versatility and compatibility, supporting over 95% of common industrial protocols on the market, making application scenarios broader, achieving plug-and-play equipment, and solving protocol isolation issues. With advanced algorithm capabilities and self-control integration, it incorporates dynamic optimization algorithms, enabling system modeling based on physical laws for the entire system (water side + air side), performing professional and comprehensive chiller performance prediction, and achieving 8760-hour system simulation with real-time dynamic optimization.

In addition, GETECH can provide end-to-end industrial intelligent solutions covering energy input, energy consumption, and carbon emissions, offering AI-powered comprehensive digital solutions for energy and carbon emissions for industrial, manufacturing, and commercial sectors:

- EMS Energy Management System: Panoramic monitoring, energy efficiency analysis, intelligent operation and maintenance

- CMS Carbon Management System: Carbon emission monitoring, carbon footprint accounting, emission reduction verification

- AI Algorithm Optimization Applications: Key energy-consuming equipment monitoring, energy consumption simulation and prediction, AI optimization strategy operation

On the communication platform of Bangkok Climate Week, GETECH demonstrated the practical path of AI + green technology. Under the guidance of the dual carbon goals, GETECH will continue to use AI and digital technologies to empower the manufacturing and construction industries in Southeast Asia to achieve green upgrades, working with customers to build an efficient, low-carbon, and sustainable future.