HIMOINSA has developed, in close collaboration with rental companies, a 1MW gas powered mobile solution. A compact unit with all ancillaries built into a standard 40' HC soundproof container. The gas engine significantly reduces carbon emissions giving rental companies a tool, Stage V compliant, that helps them to reduce their carbon footprint without sacrificing power or availability.
“We have designed a power solution with the ability to
adapt to various gas qualities, as well as to Emergency, Prime or Continuous
applications. It has been designed to adapt to all types of climatic
conditions, such as tropical environments, desert areas or high altitudes, for
example, which means it can run in a vast number of locations.
It is an extremely versatile unit with very low operating costs that does not require assembly, just a gas supply and a power output”, says Manuel Aguilera, Global Gas Unit Head, who insists on the need for rental companies to have units in their fleet that can operate with gas and in a multitude of scenarios and projects.
Low operating costs and easy maintenance
The designers of the HGS-1030 NG/LPG always kept the ease of transport, installation and operation of the unit in mind. The entire unit is built into a 40' HC ISO container and is transported on an approved trailer, thus avoiding transport and installation cost overruns. To ease maintenance, the large book-style side access doors allow free access to the entire generator set and to the hydraulic kit, thus simplifying any technical or maintenance tasks.

Wide access for easy maintenance

Hydraulic Kit
1,500-Hour Service Interval
The HGS-1030 NG/LPG gas generator ensures a reduction of the operating costs thanks to its 1,500 hours service intervals, which significantly reduces travel and labour costs. Another aspect that helps to reduce OPEX is the lower cost of fuel (NG or LPG), which is much more competitive than diesel.
Natural gas and LPG
This generator can operate on both natural gas and LPG thanks to ignition maps that can be adjusted by the renter and they are stored in the Siemens engine control system. The user can select the type of gas available in the application via the touch panel and obtain maximum net power output thanks to the unit’s excellent carburation and regardless of which gas is used.
"We have designed a power solution with the ability to adapt to different gas qualities with a design intended to adapt to all types of climatic conditions. It is an extremely versatile unit "

Manuel Aguilera,
Global Gas Unit Head en HIMOINSA
Features
The HGS-1030 NG/LPG has a built-in 56-litre, low compression V-16-cylinder Siemens engine with a double bearing Stamford alternator and flexible coupling for maximum durability, strength and vibration-free operation.


3-way Valve
It also incorporates a hydraulic kit designed to cool the HT-LT engine circuits (high and low temperature) as well as temperature and pressure sensors throughout the circuit, expansion vessels to stabilise the pressure and three-way valves to control the flow of cooling water. Finally, the hydraulic system features a dual-circuit horizontal electro radiator integrated into the container.
The unit is controlled via a DEIF control unit and two touch screens programmed in special configuration by means of modules that allow it to run in island mode, in parallel with other generators and/or the power grid. Thanks to these monitors, the user can check the status of the unit and make any necessary adjustments to the operating parameters.
As the generator set is designed for island operation, it is equipped with an oversized battery system that allows heat to be evacuated from the engine room by powering the emergency fans in the event of a sudden shutdown.ALL IN ONE | INTEGRATED & COMPACT SOLUTION
In addition to the flexibility in terms of fuel and as a differentiating element, HIMOINSA was requested to integrate all the components, including the silencer, inside a 40' HC soundproof container that avoids the need for assembly each time the unit is used.
The container consists of two independent and insulated rooms that ensure the area in which the monoblock is tightly sealed. In the ventilation room, a dual-circuit tropicalised horizontal radiator has been installed with six fans powered by an electronic motor and with variable speed allowing the speed of the fans to be adjusted in line with the cooling requirements, thereby reducing noise and maximising electrical efficiency.



The engine room features an air renewal system that
uses ATEX fans, also powered by an electronic engine, and controlled by a
temperature sensor as well as by gas and smoke sensors that switch it on if
necessary, even when the unit is not running. Finally, an additional oil tank
ensures the correct oil level in the crankcase during the 1,500 h maintenance
interval.