See how a roticulating design merges pump and turbine into a single unit, enabling efficient he
See how a dual-axis rotor with magnetic pivoting enables efficient heat pump and engine operati
A shared variable frequency drive stabilizes multiple hydroelectric units in sequence, cutting grid connection time and improving network stability.
Sequentially coupling multiple hydroelectric units through one variable frequency drive speeds grid connection and avoids extra drive investment.
A shared drive base switches between plunger pumping and power generation to cut site noise, save space, and avoid well site paralysis.
An eccentric pipe section rotates to absorb turboengine installation tolerances while preserving tight, high-pressure connections and reducing on-site work.