By applying different architectural methods to create a seal around the miners the overall efficiency and cooling power is exponentially increased. For high volumes of continuous air this can cut $1000’s of dollars every month in operating costs.

Increase Efficiency Through Architecture

By applying different architectural methods to create a seal around the miners the overall efficiency and cooling power is exponentially increased. For high volumes of continuous air this can cut $1000’s of dollars every month in operating costs.

Reduce Miner Power usage

By combining different architectural methods & mechanical controls to create a uniform flow of air across the hashboard. Further engineering can be applied to automate the flow of air so that the hvac system takes off fan load on the miners reducing there overall onboard fan power usage.

Reduce Downtime

A fully optimized crypto mining hvac system with proper fans, controls, engineering & architecture will have a extremely sensitive control system that will eliminate the drawback vacuum of heat which leads to a extensive heat loop and furthermore downtime in hot seasons. This is most commonly a problem in open facilities and containers which are less efficient designs and require higher velocity fans to achieve overall optimal mining performance.