
JCE Celebrates Innovation Award Win at Northern Star Business Awards
PRESS RELEASE JCE Energy Ltd., a specialist in off-grid power solutions for hazardous areas, has been awarded the prestigious Inspiration…
Delivering certified off-grid and hybrid power systems tailored for hazardous petrochemical, oil, and gas environments.
Hazardous environments are often encountered when operating in the oil and gas industry, posing many dangers to personnel, equipment and infrastructure.
The conditions prove challenging when providing power with electrical equipment, with certification required to ensure maximum safety.
With the industry still one of the largest environmental polluters, many forward-thinking and innovative businesses are seeking ways to reduce CO₂ emissions and their carbon footprint, while enhancing both their operational and logistical capabilities.
Using eco-friendly power systems such as solar, wind and hybrids can provide a reliable, cost-effective source of power to number of locations such as offshore installations, wellhead platforms, drilling rigs, pipelines, and refineries.
The use of renewable systems have the ability to completely replace diesel generators, or be used in conjunction to reduce emissions, fuel usage and maintenance by up to 70%.
We design, manufacture and supply a wide range of renewable off grid power systems and products which are ATEX and IECEx Zone 1 / Zone 2 certified for the petrochemical industry. We also specialise in the engineering, FEED, feasibility, integration, installation and maintenance of all our standard and bespoke power packages, providing a range of services worldwide – both offshore and onshore.
Our clean, renewable and green energy solutions are custom tailored to suit the requirements of offshore oil and gas installations, supplying Ex power systems which are portable, cost-effective, low maintenance and suitable for harsh and hazardous environments.
Our systems are frequently used to power many applications, including:
Engineering solar power systems for offshore wellhead platforms to ensure reliable, maintenance-free energy in isolated locations.
Developing a containerised hybrid power system to support critical operations with lower emissions and improved fuel efficiency.