On November 12 in Belém, Brazil, Ju Jing, founder and CEO of BCI Group, was invited to deliver a keynote speech at the China-themed side event of the 30th UN Climate Change Conference (COP30), themed "Promoting Green Innovation Cooperation." She shared China's Datong vertical integration industrial model with global industry and climate governance stakeholders, highlighting the critical role of vertically integrated computing power infrastructure in enabling a green transition. After seven years of pioneering efforts from concept to commercialization, BCI Group has established the world's first vertically integrated computing power infrastructure cluster in Datong, China, achieving a closed-loop industrial chain.
Ju Jing emphasized that computing power infrastructure serves as the core foundation merging energy and computing—two key drivers of global development. The latest wave of computing technology revolution, evolving at a pace surpassing Moore's Law, is reshaping the spatial distribution, consumption patterns, and innovation capabilities of energy usage in computing infrastructure. This demands unprecedented vertical industrial integration, strategic commercial exploration, and policy alignment. Since 2018, when BCI Group launched its first computing power cluster in Datong, the company has consistently advanced vertical integration by extending digital infrastructure across upstream and downstream industries. It aggregates capabilities in energy, industrial parks, equipment, and networks to deliver low-cost, accessible, stable, and low-emission digital infrastructure, fostering synergy between industry and local development.
In strategic energy deployment, BCI Group has established multiple green computing power clusters within 150 kilometers of Beijing in Datong. Each cluster integrates large-scale wind-solar-storage systems within a 20-kilometer radius, supported by land, construction, and substation resources to enable full-spectrum vertical industrial capabilities.
For computing-energy synergy, BCI Group has developed 1.8GW of renewable energy reserves, combining wind and solar with 700MWh of centralized storage. Over a 25-year project cycle, this will generate 80 billion kWh of green electricity and reduce carbon emissions by 70 million tons. For example, the Lingqiu Park in Datong, Shanxi's first green power park for computing-energy synergy, features 300MW wind power, 200MW solar, and 50MW/100MWh user-side storage, ensuring 100% local green power consumption through a dedicated grid architecture.
In carbon reduction innovation, BCI Group explores waste heat recovery and CO2 heat pumps to repurpose high-value thermal energy for municipal heating and agricultural greenhouses, benefiting local communities. The company also pioneers large-scale water recycling systems, from reservoir storage to treated supply for computing parks, promoting sustainable water use.
Through green energy supply, zero-carbon park construction, prefabricated equipment modules, and flexible architecture, BCI Group has cultivated a next-gen computing power cluster in Datong, creating over 1,000 cross-industry jobs and attracting sustained talent, capital, and industrial flows via localized fiscal policies.
Ju Jing noted that BCI Group's seven-year vertical integration model in Datong—spanning energy, computing, equipment, and networks—has formed a complete commercial loop, transforming the city from a resource-based economy to an emerging green computing hub.
As digital civilization reshapes the future, BCI Group remains committed to vertical integration, collaborating with global partners to advance computing power's role in climate governance and human progress.