Powering Southeast Asia’s Green Future: GoodWe’s Milestones in Singapore, Thailand, and Beyond – James Hou, Sales Director – GoodWe APAC

1. Can you share some recent milestones or achievements for GoodWe in the APAC region, particularly in Singapore and Thailand?

In Singapore, by setting up a financial subsidiary, the strategic layout of GoodWe has further deepened. This move not only signifies a solid step forward for the company in overseas financial management and capital operation but also demonstrates our confidence and commitment to long-term development in the Southeast Asian market. As one of the world’s leading financial centers, Singapore, with its advantageous geographical location, sophisticated financial system, and open market environment, provides exceptional conditions for the operation of GoodWe’s financial subsidiary. The establishment of this subsidiary will help the company better manage overseas capital flows, optimize tax structures, and simultaneously enhance its financial support and responsiveness to the Southeast Asian market and broader international markets.

Concurrently, GoodWe’s market expansion activities in Thailand are in full swing. On July 2024, we presented the 3rd Solar Energy Storage Future Asia 2024 in Bangkok, Thailand, which brings together industry experts to discuss building a more sustainable Thailand. Our APAC Sales Director- James Hou, highlighted GoodWe’s comprehensive product deployment in Thailand, including residential on-grid products like the DNS G3 5kW, residential and commercial hybrid solutions such as the ES G2 5kW, commercial on-grid solutions like the SDT 10/30kW, and C&I products such as the GT125kW. 

What’s more, GoodWe actively participated in the ASEAN Sustainable Energy Week 2024 exhibition where many clients showing strong interest in GoodWe’s residential on-grid, energy storage, and commercial rooftop RSD solutions. GoodWe RSD is developed to meet Thailand’s policy requirements, enhance fire safety for solar rooftops and buildings by activating module-level rapid shutdown during emergencies. Besides these activities, GoodWe also arranged a series of customer visits, directly listening to customer needs and collocet market feedback. This face-to-face communication approach not only deepens the cooperation relationships with existing customers but also provides valuable market insights for the company’s subsequent product development, service optimization, and market expansion.With a robust portfolio tailored to Thailand’s energy needs, GoodWe aims to be a pivotal player in the country’s green energy transition, reaffirming its commitment to deepening market presence and supporting Thailand’s sustainable energy goals.

Through these efforts, GoodWe is gradually building a comprehensive service network covering Thailand, Singapore, and even the whole Southeast Asian market, contributing to the promotion of regional green energy transformation.

• How will the inauguration of GoodWe’s first overseas manufacturing base support the company’s global expansion, especially in the APAC region?

In this year, GoodWe has announced the official commencement of operations at its first overseas manufacturing plant in Haiphong, Vietnam. Covering approximately 14,800 square meters, the factory will specialize in the production of grid-tied and hybrid inverters, for the time being, catering to markets in North America and key Asian regions, marking a significant step towards the company’s global expansion, particularly in the Asia-Pacific region.

This factory is the third plant in GoodWe’s production network, dedicated to providing consistent high-quality products for customers worldwide. Therefore, GoodWe reduces lead times and logistics costs, enhancing its ability to swiftly respond to market demands and customer needs. This not only boosts customer satisfaction but also increases the company’s overall production capacity, enabling it to meet the escalating global demand for renewable energy products, especially in the rapidly growing APAC markets.

By establishing local production in Vietnam, GoodWe anticipates enhanced price competitiveness in global markets. Our goal is to elevate its service offerings and ensure the timely delivery of high-quality products tailored to the diverse needs of residential, commercial & industrial, and utility applications. And we believe this will become the biggest inspiration and driving force for the global renewable energy transition movement.

• What challenges and success factors were encountered in GoodWe’s 10.95 MW PV project in Malaysia, and how did your ground solution help?

In GoodWe’s 10.95 MW PV project in Malaysia, several challenges and success factors were encountered during the planning, execution, and completion of the Solar Citra Project. One of the primary challenges was ensuring the seamless integration of GoodWe’s integrated one-stop PV solution into the project’s unique requirements. Given the scale of the project, there was a need for a customized approach that could optimize energy yields, streamline operations and maintenance (O&M), and minimize costs.

To address this challenge, GoodWe leveraged its expertise in designing and manufacturing high-quality solar inverters and energy storage solutions. The company provided 52 units of 250kW-HT string inverters, specifically engineered to optimize energy efficiency and minimize O&M costs. Additionally, the inclusion of 2 units of 6750kVA Medium-voltage (MV) Stations, housed in transportable containers, facilitated seamless power transformation within the system. This comprehensive solution allowed for a streamlined installation process and ensured that the system met the project’s specific technical and operational needs.

Another challenge faced during the project was ensuring reliable and efficient monitoring and control of the solar farm. GoodWe addressed this by incorporating its SCB3000 communication device and SolarOS monitoring platform. The SCB3000 facilitated data acquisition and transmission from system components, providing real-time insights into energy generation, weather conditions, and equipment status. Meanwhile, SolarOS, an online platform for power plant control, enabled plant operators to manage the system remotely and make informed decisions based on real-time analysis. This allowed for a more proactive approach to O&M, leading to improved system performance and reduced downtime.

In conclusion, GoodWe’s 10.95 MW PV project in Malaysia faced several challenges, including the need for customized solutions and reliable monitoring and control. However, the company’s commitment to quality, innovation, and collaboration with key partners allowed it to overcome these challenges and deliver a successful project. The Solar Citra Project marks a significant milestone for GoodWe and further solidifies its position as a global leader in solar inverters and energy storage solutions.

• How does GoodWe’s one-stop ground solution contribute to successful large-scale PV projects, as seen in the 10.95 MW Malaysia project?

GoodWe’s one-stop ground solution for large-scale PV projects, exemplified by the successful 10.95 MW Solar Citra Project in Malaysia, significantly contributed to the project’s success through several key aspects.

Firstly, the customized approach offered by GoodWe’s solution addressed the unique requirements of the project, ensuring optimal energy yields and streamlined operations and maintenance (O&M). By leveraging its expertise in designing and manufacturing high-quality solar inverters and energy storage solutions, GoodWe was able to provide 52 units of 250kW-HT string inverters that optimized energy efficiency and minimized O&M costs. Furthermore, the inclusion of 2 units of 6750kVA Medium-voltage (MV) Stations facilitated seamless power transformation within the system, streamlining the installation process and ensuring that the system met the project’s technical and operational needs.

Secondly, GoodWe’s one-stop solution emphasized the importance of reliable and efficient monitoring and control of the solar farm. The integration of the SCB3000 communication device and SolarOS monitoring platform allowed for real-time insights into energy generation, weather conditions, and equipment status. This data-driven approach enabled plant operators to manage the system remotely and make informed decisions based on real-time analysis, leading to a more proactive approach to O&M. This not only improved system performance but also reduced downtime, ultimately enhancing the project’s overall efficiency and profitability.

Moreover, GoodWe’s commitment to quality and innovation, coupled with its collaboration with key partners, was instrumental in the project’s success. The company’s investment in research and development, as well as the establishment of competency centers globally, allowed it to develop innovative solutions tailored to the needs of customers in various markets.