Emergency gensets for the railway sector

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We’ve supplied an emergency generator set to guarantee power supply to a tunnel in case of a main failure.

Allowing for continuous operation of the lights, emergency telephones and fans, as well as other critical services, thanks to the projects in the railway sector carried out by our distributors.

Features

  • Three-phase 230V voltage without neutral
  • Water-cooled genset through heat exchangers, both from the primary circuit as well as intercooler type, to cool the unit through the exchange of water originating from an existing tank in the tunnel in which the unit is installed, creating the secondary circuit necessary for that purpose.

We designed the gensets for two biomass power plants: the Viseu and Fundão power plants, in Portugal

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Genesal Energy has designed and supplied two special gensets for two biomass power plants in Portugal

The Viseu and Fundão power plants, two twin installations which, according to experts, will prevent the emission of 88.400 Tn of CO2 to the atmosphere. Both are a prime example of clean, renewable energy production.

Biomass power plants are thermoelectric power plants that use organic matter as fuel, whether it be of plant or animal origin, susceptible to being used for power purposes. These installations generate electricity through the combustion of the biomass to heat the steam in boilers. The steam, in turn, moves a turbine which spins a generator, which transforms the electric power into mechanical power.

As this process relies on combustion systems, great quantities of power are needed to cool the power plant’s systems to guarantee its operation.

  • Power plant generator
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Slow combustion

In the event of a mains failure, the biomass power plants must be brought to a safe shut-down. To achieve this, it’s neccesary to maintain and power different cooling systems in order to avoid material or personal damages due to the overheating of the systems as, by its own nature, biomass combustion is a slow process.

In the event of a mains failure, this type of installation must be brought to a safe shut-down

If an electrical failure arises in this kind of power plant, the biomass inside its boilers will continue to burn, generating thermal power which won’t dissipate if the cooling systems aren’t operational. At Genesal Energy, we designed two units for these plants capable of starting up when a failure to power the essential services’ busbar is detected.

If the genset in question starts up and starts powering loads, the power plant will be in the process of shutting down and during this time it’s fundamental the cooling systems be active.

This way, when the genset is powering loads, even if mains returns, the power plant operator is the only one who can stop its operation and bring back mains power, guaranteeing that the shut-down process is always carried out in safe conditions.

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Maximum security

On the other hand, each of these units has different security systems which prevent the control over the breakers that power the essential systems’ busbar by other systems which aren’t the actual genset, in order to avoid short circuits due to errors in the operators’ handling.

The manifactured units are capable of starting up as soon as a failure to power the essential services

The only moment in which a system other than the genset can control the busbar’s mains breaker is during the power plant’s start-up, as in that moment the genset won’t be active.

Technical Features

  • Remote control panel in the installation’s electrical room
  • 1000 L base frame fuel tank
  • Fuel filler neck on the outside of the container
  • Installation in a 20” soundproof container with an air outlet silencer to achieve a sound level of 85dB at 1 metre
  • Communication via MODBUS TCP/IP with power plant control system
  • Integrated web server with access from the power plant’s control system
  • Genset load system in a sequence of up to 14 steps.

Dual frequency and dual voltage gensets for an international construction company

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Design process thought out and revised to the very last detail.

Gensets that operate at different frequencies as well as different voltages are special units whose design process has been thought out and revised all the way down to the very last detail. One of our latest orders comes from an international building company who needed gensets capable of being moved from one place to another and of operating at different frequencies and voltages, as the client has construction projects in different countries around the world.

Features

  • 730-800 kVA units prepared to operate by manual and automatic start in the event of a mains failure, at 480/277 Vaz 60 Hz and 400/230 Vac 50 Hz.
  • The change of voltage and frequency is carried out from the control panel with a switch for the adjustment of frequency and a potentiometer for the adjustment of voltage.
  • At the same time as the frequency is selected, the control panel is reprogrammed with the values corresponding to the selected voltage and frequency.

Gensets designed to supply power for military telecommunications

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Features

  • Sound proofed to 65Dba AT 7m the generators have been installed in a specially designed cabin to comply with the exceptional dimensions and weight limits as requested by the client.
  • They are redundant gensets with 2 engines and 2 alternators installed in each canopy.
  • The gensets are mobile and have been installed on single or double axel trailers depending on their power. They have been designed to circulate either on public roads or complex terrain.
  • They can work in adverse climatic conditions (from -32ºC to 49 ºC, heavy rainfall, icy conditions, solar radiation, sand, fog etc)
  • These gensets were designed to be transportable by sea, air or railway.
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They have to had to overcome a wide range of critical tests:

  • Operate in elevated temperatures, up to +49 ºC.
  • Operate in very low temperatures, as low as -32 ºC.
  • Absorb sudden temperature changes of 13.4 ºC/min.
  • Withstand solar radiation without any deterioration at up to 1120W/ m2.
  • Operate in heavy rainfall a t up to 2,500l/ m2.
  • Withstand up to 37mm thickness of ice formation.
  • Resistant to sand and dust penetration.
  • Work to 100% load at up to 3000m above sea level.
  • Withstand up to 20G impacts.
  • Withstand up to 10G sudden acceleration.
  • Withstand shocks of 40G 6ms 1000 pulses.
  • Withstand freefall of up to 50cm.
  • Attain IP54/65 level of protection.
  • High saline resistance.
  • Operate in an acidic environment.
  • Operate in conditions that have been contaminated with hazardous liquids.
  • High resistance to mould and other microbe type species.

Another accomplishment by our distributors in the UK

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We supply a 900 kVA genset.

Another accomplishment by our distributors has allowed us to supply a 900 kVA genset prepared to run parallel to mains in one of the most luxurious areas of the UK, guaranteeing continuous electric power supply in the residential area in which it was installed.

Features

  • 1,500 L baseframe fuel tank featuring a leakage tray with a capacity of 110% the capacity of the actual fuel tank.
  • Parallel to mains with double automatic magnetothermic breakers, one of them motorised for parallel to mains operation and the other a manual breaker for connection with the load bank to carry out load tests with the already installed genset.

We designed 11 gensets for three combined-cycle power plants in Bolivia that will increase the electric power in the country by 50%

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Three combined-cycle plants located in three different departments in Bolivia, Tarija, Santa Cruz and Cochabamba, will increase electric power by 50% in the Andean country.

The project will not only improve the efficiency and availability of electricity in Bolivia, but it will also improve its economy and the overall environment, and Genesal has contributed towards this ambitious initiative by supplying 11 generator sets. Four have been installed in Tarija, another four in Santa Cruz and three in Cochabamba.

In this type of combined cycle power plant there are essential loads that must be permanently supplied power to in order for the installation to operate correctly. This is the case, for instance, of systems from the water treatment plant or the pumps from the lubrication units, which must continue operating so that, in the case of an emergency such as a power outage, the whole system can be safely shut down. This is precisely the task carried out by nine of the eleven supplied gensets.

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Two of the gensets are Black Start units, whose objective is to provide power to one of the most important elements of the gas turbine: the turning gear.

The remaining two gensets are Black Start sets whose purpose is to power one of the most important elements of the gas turbine, the turning gear, an element used for the cold start of the turbine after a programmed shut down.

The turning gear rotates the turbine rotor at a very low speed to ensure a slow and uniform cool down, in order to avoid any thermal deformations.

Genesal’s solution

Our client requested the gensets be completely managed, controlled and monitorized from the control panel. A control philosophy was implemented whereby the diesel genset is connected to the electric panel and said panel is connected to the installation’s essential loads’ busbars (in the case of the emergency gensets) or to the gas turbines (in the case of the Black Start gensets). For the implementation of this system, a PLC was installed in order to manage all the elements of the generating installation, as well as a protection relay and a synchronizer for the parallel with mains operation.

Therefore, we designed each soundproof genset in its respective container with diverse elements ranging from air conditioning to fire detection systems, motorised louvers, fans… all thought-out and tailor-made following the client’s needs,

Each genset is made to be integrated and coordinated with the elements of the power plant its installed in. Furthermore, the emergency system can be completely controlled by the central PLC.

We supplied 24 gensets to guarantee the power supply in the Balearic Islands

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We’ve supplied 24 gensets in Mallorca, Menorca, Ibiza and Formentera.

At Genesal Energy we’ve supplied 24 gensets to guarantee the correct operation of the power grid in the Balearic Islands, either during a mains failure or when facing scheduled outages during maintenance.

The units sent to the islands of Mallorca, Menorca, Ibiza and Formentera are tailor-made solutions adapted to the needs of the client, who requested that the groups, of three different power ratings, be prepared to be moved anywhere by road. Following these requests, Genesal Energy developed robust gensets, capable of facing the inconveniences that inevitably arise due to the rattle of road transportation as well as the occasional complicated access points.

Although the 24 gensets are operated manually, they can also start-up automatically in the event of a mains failure for instance, or remotely through a dry contact or through SMS thanks to the GSM/GPS module incorporated inside. This communication module allows the following functions:

  • Control of the unit through SMS in order to start-up and stop the genset remotely, alarm reset, change of operation mode and visualization of the status of the genset in real-time.
  • Automatic SMS and e-mail delivery to the user regarding alarms and events pertaining to the genset.
  • Monitoring and control of one or more of the units through the web.
  • GPS Geolocation to know the location of the generator set at all times and to avoid the possible theft of the genset, which incorporates an alarm to alert whenever the genset moves out of the coordinates defined by the client in the control panel.
  • Fuel theft alarm.

Different soundproof systems

On the other hand, each genset has conditional permission to operate which is reliant on an external relay that will allow it to or not, as appropriate, when the genset in question is used to power a section of the medium-voltage network in island mode.

Following the client’s requests, all of the units are soundproofed, due to the fact that they are mobile gensets that must comply with the noise emission norms of the different places in which they could operate (residential zones, urban areas, hospitals…).

Genesal’s solution consisted in designing different soundproof systems in the canopies that ended up reaching noise emission levels which were far below the average for standard gensets of the same power rating.

The 24 gensets also contain fuel tanks with great autonomy (more than eight hours at 100% load in all of the units) and a leakage tray for all of the unit’s liquids.

We designed a generator set for one of multinational company DSV Sweden, prepared to operate in the extreme cold

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We designed a soundproof 450-500 kVA unit prepared to withstand the cold temperatures.

Low temperatures are a critical factor for many companies that manufacture gensets due to the difficulty of designing competitive products that are prepared to operate in the extreme cold in an optimal manner.

This is not the case for Genesal Energy, which has a specific range of gensets that are capable of starting-up and operating intemperatures of up to -30ºC, which has made our brand a reference brand in Scandinavia, as well as other countries in Northern Europe.

One of our latest projects in this “low temperature” range has been for DSV, the Danish logistics and transport company, the fifth in its sector at a worldwide scale. The multinational company needed emergency power for one of its logistics centres in Sweden, and for this it reached out to Genesal.

To meet with DSV’s needs, we designed a soundproof 450-500 kVA unit (GEN500SI) prepared to withstand the cold temperatures.

The unit was installed in DSV’s logistics centre in Jönköping, a municipality located 350 km to the south-east of Stockholm with icy autumns and winters, where the thermometres show temperatures that easily dip below zero degrees.

The genset includes oversized batteries and has heaters integrated in the canopy, in order to maintain the unit at the correct temperature so that it is in perfect conditions to start-up in the cold in the case of a mains failure and guarantee the electricity supply to the centre.