We design and manufacture containerised gas engine power generation solutions at our state-of-the-art UK engineering and manufacturing facility. Each bespoke system is engineered to meet the specific requirements of the installation, integrating the gas engine, acoustic enclosure, cooling systems and control equipment into a modular, fully integrated package.
As the UK’s official MWM distributor, Edina brings specialist knowledge of MWM gas engine technology to the design and manufacture of containerised power generation systems. As a flexible provider, we also apply our engineering and manufacturing expertise to package different engines to deliver containerisation solutions for other gas engine models.
So, whether you require a containerised MWM gas engine, a package for another engine manufacturer or a complete containerised Combined Heat and Power (CHP) solution, our knowledgeable team can tailor the design to your site, application and operational requirements.
Choosing an Edina containerised gas engine means benefiting from integrated engineering, in-house manufacturing and a solution designed around the needs of your project.
By integrating key plant components within an in-house-manufactured enclosure, we help reduce the amount of assembly required on-site. This enables equipment to be prepared in parallel with site works, supporting a more efficient installation and commissioning programme.
Our containerised gas genset configurations are tailored to the available space, access restrictions and installation requirements, with solutions suitable for external installation or integration within existing buildings and energy centres.
Every containerised gas engine is designed to your site's operating conditions, with bespoke solutions for indoor or outdoor installation. Ventilation, cooling, acoustic attenuation and control systems are engineered to ensure reliable performance, safe access and straightforward maintenance.
Designed with service access and equipment removal in mind, Edina's modular containerised solutions can simplify maintenance activities. Their modular construction can also support future relocation or redeployment, subject to the requirements of the installation.
Our gas genset containers are designed to operate in demanding environments, providing long-lasting performance with minimal site preparation.
Each unit incorporates robust enclosures, advanced cooling, and comprehensive safety systems to ensure continuous and reliable operation.
Acoustic and Weatherproof Enclosures
Durable enclosures providing weather protection and effective noise attenuation tailored to your site’s requirements.
Engine Ventilation and Heat Rejection
Market-leading ventilation and cooling systems to regulate temperatures and ensure reliable engine performance.
Electrical, Instrumentation and Control Systems
Integrated electrical and control systems that ensure reliable operation and seamless integration with your wider power infrastructure.
Gas Safety and Detection Systems
Gas detection and associated safety provisions designed around the installation's gas supply, equipment configuration and applicable safety requirements.
Exhaust Systems and Silencers
Integrated exhaust routing and silencing equipment designed to manage exhaust discharge and reduce noise emissions in line with your project’s requirements.
Integrated Heat Recovery for CHP
Recover useful heat alongside electricity generation to improve overall energy efficiency and maximise fuel value.
Our in-house engineering and manufacturing capability brings the design and integration of the containerised gas engine together under one roof.
By coordinating the enclosure, engine ancillaries, electrical systems and controls, uniquely, we develop a solution around the complete installation rather than treating each component in isolation.
From initial design through to factory assembly and site installation, our experienced teams work to deliver a coordinated solution that supports efficient project execution and long-term operation.
With increasingly stringent noise requirements, effective acoustic control is essential to successful gas engine installations. Edina’s bespoke containerised gas engine solutions meet the specific acoustic requirements of your site.
Our in-house engineering team designs for noise levels from 85 dB(A) down to 60 dB(A) @1m, subject to engine specification and project requirements. Through tailored enclosure design and acoustic attenuation, we help minimise noise impact across a range of environments, from urban developments to noise-sensitive sites.
The result: a gas engine solution designed around your acoustic requirements, helping you meet site-specific noise limits and maintain operational flexibility.
All gas genset containers are factory-assembled, tested, and delivered ready for rapid installation, reducing site work, speeding up commissioning, and maximising availability. Containerised gas engines can be deployed as:
Providing dependable prime or additional power for when grid connections are troublesome for data centres, manufacturing and any customers requiring micro-grid stability.
For partners who wish to integrate gas engines with battery storage, or renewable generation to optimise efficiency and resilience.
Our CHP solutions generate electricity while recovering useful heat, helping energy-intensive industries, healthcare facilities and commercial organisations maximise fuel efficiency and reduce energy costs.
A containerised gas engine is a gas-fired generator set housed within an engineered enclosure that incorporates the necessary ventilation, cooling, exhaust, acoustic and control systems. It provides a modular approach to on-site electricity generation and can also incorporate heat recovery for CHP applications.
Depending on the application, an Edina containerised gas engine can include the gas engine and alternator, acoustic and weatherproof enclosure, ventilation, radiators, exhaust silencing, gas detection, electrical and control systems, and optional heat exchangers for CHP.
Yes. Edina can engineer containerised gas engine packages for suitable internal installations as well as external locations. The design must account for available space, access, ventilation, heat rejection, exhaust routing, noise and the requirements of the existing building.
Yes, Edina can engineer a solution that can work in absence of the grid or where there are limits on exporting or importing power from the grid.
Yes. When configured for Combined Heat and Power (CHP), a gas engine generates electricity while heat recovery equipment captures useful thermal energy from the engine and exhaust systems for suitable site applications.
Yes. Multiple containerised gas engines can be integrated into a wider power plant, with appropriately designed controls supporting coordinated operation, synchronisation and load sharing where required.
Whether you need a containerised gas engine for on-site power generation, a combined heat and power installation or a modular multi-engine plant, Edina can help develop a solution around your project requirements.
Copyright © Edina. All Rights Reserved.
