Advanced Compact
Containerised version of the HGY Series, one of the most competitive solutions on the market for fixed applications. Robustness with high operability- Fully compliant with the most demanding acoustic and environmental requirements.
Advanced Acoustic Engineering Solutions
The HGY container version reflects HIMOINSA’s capability to provide advanced acoustic engineering, incorporating highperformance
technology that exceeds expectations and the most demanding requirements of mission-critical sectors such as Data Centers, Healthcare and Industrial facilities, where reducing noise emissions is essential.
A key differentiator for HIMOINSA is its in-house acoustic engineering team, integrated within the company’s organisational structure. This team develops ad hoc solutions from the early stages of each project and coordinates their implementation with the rest of the engineering disciplines, ensuring a unique solution in the market.
The cooling system design directs inlet and outlet airflow to minimise aerodynamic noise and enhance acoustic efficiency. The adjustable extraction system allows airflow regulation, significantly reducing sound levels. Each unit is factory-calibrated through acoustic testing to validate the selected performance configuration at nominal power and real load conditions, ensuring stable operation and controlled acoustic behaviour.
3 DISTINC Acoustic Configurations
Ultra
75db
Plus80db
Compact85db
SUSTAINABILITY AND SCR SYSTEM
HIMOINSA integrates an SCR system (Selective Catalytic Reduction) in the HGY container version for projects requiring special gas treatment.
This system injects a urea solution into the hot exhaust flow, triggering a chemical reaction that converts nitrogen oxides (NOx) into nitrogen and water vapour—substances harmless to the environment.
When combined with HVO fuel at up to 100% concentration, NOx emissions remain <190 mg/Nm³, positioning the HGY Advanced Compact Version as a benchmark for sustainable power solutions in Europe:
- Exceptional power density up to 37.9 kWm/L
- Real-time monitoring of temperature, pressure and Nox concentration
ROBUSTNESS AND UNINTERRUPTED OPERATION IN CRITICAL ENVIRONMENTS
Engineering designed to operate without interruptions
Integrating the system into a 40’ ISO High Cube container with CSC Safety Approval reduces electrical routing and losses, concentrating more power and control in less space.
Its structure provides mechanical and logistical integrity. Designed for continuous operation, it incorporates automatic oil refill, pre-lubrication, fuel priming and heating systems to ensure reliable startup and extended engine life.
The architecture enables maintenance with the unit in service and includes
standardised safety features: weather-resistant hardware, control panel inspection window, LED lighting, emergency stop, door-interlocked isolator, and certified rooftop lifeline.
A robust and highly operable platform designed to guarantee continuity in critical environments and deliver top-tier efficiency.
EFFICIENCY AND ENVIRONMENTAL ADAPTABILITY
The HGY Advanced Compact Version delivers G3 class performance (ISO 8528-5), ensuring consistent start-ups and seamless integration with existing switchgear to minimise risks and commissioning times.
Its Engine Control Unit (ECU) includes intuitive diagnostic software and remote monitoring, enabling comprehensive management and increased generator availability.
The Yanmar GY engine—common-rail injection, optimised piston head design and advanced fluid analysis—improves combustion and efficiency, positioning it as best-in-class in fuel consumption and directly reducing project OPEX.
Plug & Play:
Simple installation
Simple installation and rapid commissioning. The Plug&Play system integrates copper busbar and internal connectors for the SCR system, simplifying wiring and service tasks.
Engine sensors are routed to the control panel using labelled, point-to-point tested harnesses. Quick-connect fuel lines with dual-valve couplings enable connection and purging in a single movement.
Connectivity
local to remote
Full connectivity for the end user of each project. Operation can be local or remote, as the modules can synchronise with other generator sets, and communication modules enable remote control, generator-to-generator integration and GPS tracking.
The system features communication redundancy and industrial protocols, with API integration for DCIM/SCADA and centralised alarm and maintenance management. This architecture delivers a fully intelligent and redundant supervision model.
Maintenance:
Easy and accessible
Direct access to filters and priming system, oil extraction via electric pump with three-way valve, removable grilles for radiator cleaning and accessible coolant filling with visible level indicators.
The control panel integrates the AVR and auxiliary sockets under protective roofing. All engine filters are positioned on one side for easy replacement in confined spaces.
Extended maintenance intervals reducing OPEX:
- Up to 500 h for oil and oil filter
- Up to 10,000 h for injectors and top overhaul
- Up to 30,000 h for major overhaul in COP applications
COMING SOON
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A new generation of HGY is on its way. Engineered for rental applications, combining mobility, efficiency, and strength in one powerful unit.
Operational Ease Guaranteed Availability
Auxiliary systems are designed for continuity and operational simplicity: automatic oil refill, double-wall fuel tank, pre-lubrication and electric fuel priming. Heating and pre-lubrication systems prepare the engine for optimal startup.
Intelligent consumables management monitors levels, temperature and pressure to anticipate interventions; the double-wall tank incorporates leak-detection sensors.
To reinforce availability, the architecture can include N+1 pump redundancy, bypass valves, and partial hot-maintenance capability. The result is predictable, traceable operation, with condition records that simplify maintenance planning without impacting system performance.
SOLUTION FOR MISSION-CRITICAL SECTORS
Discover the real-world application of the HGY Series Open Skid or Advanced Quiet Version with case studies:
HGY ARGELIA | HGY UK | HGY NORUEGA
DATA CENTERS
HEALTHCARE
INDUSTRIAL
AIRPORT
Stable Performace under Extrme temperatures
Insulation on critical lines preserves SCR after-treatment efficiency andbprotects sensitive components under extreme temperatures. The remote cooling system is designed for hot climates, offering a high ATB rating while self-regulating based on temperature and load level, minimising auxiliary consumption and maximising available power to the load.
