[International Energy Network On-site Report] On December 11, the side event on “Technological Innovation for Eco-friendly Desert Photovoltaic Power Plants” was held in the China Pavilion located in the Blue Zone of the COP16 venue in Riyadh, Saudi Arabia. This side event was hosted by Energy Transition and Social Development Research Center,School of Social Sciences, Tsinghua University, and co-organized by Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences,and China Renewable Energy Engineering Institute,and International Energy Network.
The conference aimed to focus on the key issues and challenges in the construction and management of desert photovoltaic power stations, this session will explore how technological innovation can be used to achieve the eco-friendly development of photovoltaic power stations. Enterprises and institutions that have achieved remarkable results in the construction and management of desert photovoltaic power stations are invited to share their successful experiences and innovative practices.
During the conference, Akram, Sales Manager in South East Region of Solar Space Technology Co.,Ltd, presented to the audience on the theme of “Technological Innovation Drives the Efficiency Revolution of Desert PV Power Stations”, showcasing Solar Spac’s production capacity layout and product advantages.
Akram, Sales Manager in South East Region of Solar Space Technology Co.,Ltd
Solar Space Technology Co.,Ltd, which was established on January 11, 2011, specializes in the research, development, production, and sales of high-efficiency solar cells and modules, while also developing distributed power station business under the Solar Spac Wanjia brand.
According to PVInfoLink statistics, Akram introduced that the company’s solar cell shipments ranked first globally in the first half of 2024. Currently, Solar Spac has achieved an annual production capacity of 60GW for solar cells and 7.2GW for modules. In 2024, the company plans to increase its module production capacity to over 9GW and its battery production capacity to over 65GW.
Akram stated that Solar Spac is committed to “building a sustainable low-carbon world,” adhering to a roadmap of technological research and innovation development, promoting technological upgrades and product improvements, and providing efficient and reliable photovoltaic products to global customers to support the development of green energy and the achievement of carbon neutrality goals. “As a leading photovoltaic manufacturer, Solar Spac continues to provide high-value photovoltaic products and service solutions to global customers. The company has six production bases, three marketing centers, two overseas warehouses, and over 800 cooperative customers worldwide, with business covering China, Germany, the United States, India, Canada, Mexico, Italy, France, the United Kingdom, Thailand, South Korea, Vietnam, Jordan, Turkey, Tunisia, Armenia, and other countries.”
Akram introduced that Solar Spac’s high-efficiency solar cells offer advantages such as thinner silicon wafer application, better temperature coefficients, higher battery conversion efficiency, lower battery degradation, better low-light performance, and superior mechanical properties.
Solar Spac’s SSA-66HD-N rectangular solar cell module adopts advanced N-type G12R rectangular solar cells, achieving an output power of up to 625W and a conversion efficiency of 23.14%. This module not only fully considers the transportation needs of overseas projects in its design, ensuring optimal container space utilization, but also exhibits excellent regional adaptability. It maintains stable power output under both extremely cold and hot and humid climates, providing optimal solutions for customers with diverse needs worldwide.
Furthermore, Solar Spac’s Lumina II series modules, including SS8-72HD-N and SS9-66HD-N, combine high output power, high conversion efficiency, high reliability, low degradation, low temperature coefficients, and low levelized cost of electricity (LCOE). They cover a wide range of application scenarios, from residential systems and commercial and industrial fields to large-scale ground-mounted power stations. Whether for residential customers pursuing high efficiency and energy savings or for commercial and industrial and ground-mounted power stations requiring large-scale and stable power supply, Solar Spac’s high-efficiency modules can accurately meet their diverse and multi-scenario product needs.
Akram noted that with excellent product performance and leading contract performance capabilities, Solar Spac has partnered with global green cooperatives to embrace a zero-carbon Earth, collaborating with companies such as China National Nuclear Corporation, China Energy Engineering Corporation, State Power Investment Corporation, Huaneng Zhilian, Datang Corporation, Beijing Energy Group, Trina Solar, CHNT, and Canadian Solar. “Since 2024, Solar Spac has been ranked in Wood Mackenzie’s TOP 15 list of module suppliers. Its full range of module products has obtained MCS certification from the United Kingdom and a B-level financeability rating from PV ModuleTech, achieving remarkable results and gaining unanimous recognition from customers and partners.”
Moreover, “Solar Spac’s modules offer high conversion efficiency, high power output, and low degradation rates. Their excellent PID resistance provides high reliability to photovoltaic systems, ensuring stable operation of photovoltaic power stations in hot environments, improving the power generation throughout the entire lifecycle of photovoltaic systems. They are an excellent choice for desert photovoltaic power stations.”
