Generators

Gensets driven by compression-ignition diesel engines, valued for high power density, fast load acceptance, and self-contained fuel supply. Widely used for primary and standby power where pipeline or field gas is unavailable.

Spark-ignited reciprocating gensets fueled by pipeline or treated well-site gas, offering lower fuel cost and reduced emissions versus diesel. Common in e-frac fleets and long-duration production power.

Units that blend natural gas with a diesel pilot charge, allowing substitution of gas for a portion of diesel fuel. They provide diesel-like reliability while cutting diesel consumption and cost.

Generating sets driven by combustion gas turbines, delivering high megawatt output in a compact, lightweight package. Mobile turbine gensets are used to supply large electric-fracturing spreads from field or pipeline gas.

Gensets packaged on trailers or wheeled skids for rapid relocation between well sites. Mobility-focused designs integrate fuel tanks, switchgear, and weatherproof enclosures for road transport.

Spark-ignited gensets fueled by propane or liquefied petroleum gas, used where bottled or bulk LPG is more available than pipeline gas. Suited to portable and lower-output field power needs.

Containerized or skid-packaged gensets, often paralleled into multi-unit power plants with integrated paralleling switchgear and controls. Modular blocks scale total site capacity and allow redundancy.

Governor, automatic voltage regulator (AVR), paralleling, and protective-relay systems that manage frequency, voltage, load sharing, and synchronization. They enable multiple gensets to operate as a coordinated power source.