Artificial intelligence and high-performance computing are expanding at an unprecedented pace.
For data centers and technology enterprises, the primary bottleneck is no longer computing power itself, but the speed of power acquisition, stability, and long-term sustainability. High-density loads, energy compliance pressures, volatile electricity costs, and net-zero commitments are simultaneously shaping every computing decision.
BEES ENERGY rethinks the underlying logic of computing infrastructure starting from the energy system.
We have implemented the G-AIDC model, allowing computing systems and renewable energy to operate synergistically under a unified design logic. By integrating clean energy supply, storage systems, and computing loads, we ensure that computing expansion is no longer constrained by power limitations, enabling data centers to grow while maintaining stable, predictable, and low-carbon operations.

Relying on local abundant clean energy resources, the project builds a high-end intelligent computing center for large model training, scientific computing, and AI rendering. Through the synergetic development of green power and high-performance computing, it drives the implementation of "East Data, West Computing" and "Green Computing, West to East" strategies

Lanxi City is a core area for computing layout and AI industrial development in Jinhua. The planned intelligent computing center will leverage "green power + computing" advantages to empower industries and support the development of new quality productive forces