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You are looking for an electric power source that is:
· Silent
· No Vibrations
· high level current quality
· Totally clean (no polluting emissions)
· Clearly indicates amount of energy production remaining
Easy to handle and simple to store, Mobixane™ allows all-terrain use, indoors* or outdoors.
Technical Specifications
Power range 0,5 to 2,5 kW
Overload capacity 5 kW in 1 second
User voltage 110 V AC / 60 Hz
230 V AC / 50 Hz
48 V DC
Battery charger mode 48 V DC
Output sinusoid THD1 < 5% with resistive load
Electrical protection surge protection and short-circuit
Noise 50 dba at 1 meter
Weight w / o storage 75 kg without hydrogen
Dimensions 66 x 48 x 48 cm (200 liters)
Maximum power Instantaneous transient
Storage temperature -40°C to + 70°C
Operating temperature 0°C to +45°C
Maximum altitude Up to 3 000 meters operating
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You are looking for a plug-in power source that:
· highly self-sustaining
· totally silent
· totally clean (no polluting emissions)
· light and modular
Auxipac ™ is modular and compact and can be integrated into different types of applications. It can mainly be used as an auxiliary power source, in order for example to extend the self-containement of a motor vehicle or a piece of equipment. But Auxipac ™ may also be used as the main power supply source of a system.
Power range .... 0,5 to 5 kW
Battery charger
Option main
powersupply .... 12, 24 or 48 V DC
12, 24, or 48 V DC
110 or 230 V AC
Output sinusoid .... THD1 < 5% with resistive load
Electrical protection .... surge protection and short circuit
Sound pollution .... 50 dba at 1 meter
Weight w / o storage .... 75 kg
Dimensions .... 66 x 48 x 48 cm (200 liters)
Maximum power .... Instantaneous transient
Storage temperature .... -40°C to + 70°C
Operating temperature .... 0°C to +45°C
Maximum altitude .... Up to 3 000 meters operating
EC label .... in process
UL/CLSA labeling .... in process
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In the last years COELMO® started the developing of new generating sets using Proton Exchange Membrane (PEM) fuel cells fed by hydrogen. COELMO®’s hydrogen-fueled products create high quality, reliable power and offer the security of standby, emergency or uninterruptible power where it is needed most.
COELMO® has developed a backup power generator fed by pure hydrogen for indoor operation. H2POWER – BPG120 is a fuel cell generator powered by Ballard's fuel cell technology.
COELMO® is now developing a natural gas-fueled 2kW combined heat and power generator for the residential market H2POWER – CHP200.
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A single complete energy offer, combining Fuel Cell and Hydrogen, for a main power supply.
You are looking for an electric power source:
· with great self-sustainability
· with excellent current and voltage quality
· that is totally clean (zero emission of pollutant or greenhouse gas)
· designed to resist both climatic extremes
· delivering direct and/or alternating voltage
· that is silent
Technical Specifications
Power range .... From 0.5 to 10 kW (1 to 2 modules)
Overload capacity .... From 5 to 20 kW (depending on the configuration)
User voltage .... 110 V AC / 60 Hz
230 V AC / 50 Hz
48 V DC
Battery charger mode 48 VDC
Output sinusoid .... THD1 < 5% with resistive load
Electrical protection .... surge protection and short circuit
Sound pollution .... 45 dba at 1 meter
Weight .... 60 kg without hydrogen
Dimension .... 115 x 170 x 210 cm
Maximum power .... Instantaneous transient
Storage temperature .... -55°C to + 70°C
Operating temperature .... -40°C to +45°C
Maximum altitude .... Up to 3 000 meters operating
EC label .... in process
UL/CSA labeling .... in process
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A complete global energy offer, combining Fuel Cell and Hydrogen, for backup power.
You are looking for an extended backup solution:
· with long autonomy
· that can be operated outdoors as well as indoors*
· that is silent, vibration-free, with no emission of pollutants or greenhouse gases
· that has excellent direct and alternating current and voltage quality
Comm Pac ™ Backup / UPS is reliable and can be used indoors and outdoors. It is the perfect high tech extended backup solution. In combination with hydrogen logistics, autonomy can be extended as required.
Power range .... From 0.5 to 10 kW (1 to 2 modules)
Overload capacity .... From 5 to 20 kW (depending on configuration)
User voltage .... 110 V AC / 60 Hz
230 V AC / 50 Hz
48 V DC
Battery charger mode 48 VDC
Output sinusoid .... THD1 < 5% with resistive load
Electrical protection .... surge protection and short circuit
Sound pollution .... 45 dba at 1 meter
Weight w / o storage .... 600 kg
Dimensions .... 115 x 170 x 210 cm
Maximum power .... Instantaneous transient
Storage temperature .... -55°C to + 70°C
Operating temperature .... -40°C to +45°C
Maximum altitude .... Up to 3 000 meters operating
EC label .... in process
UL/CLSA labeling .... in process
Standard product self-sustainability
(based on 6 cylinders of 8.5 Nm3 at 200 bars each)
at 5 kW : .... for 15 hours
at 2,5 kW : .... for 30 hours
at 1 kW : .... for 72 hours
at any power2 .... self-sustainability over several weeks or several months with external reserve or restocking
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LIPA realizes the importance of looking towards the future. With responsibility for the
retail electric system on Long Island, LIPA is faced with continually increasing energy
needs. While striving to provide reliable, cost-effective service to customers throughout
its service territory, LIPA also makes environmental concerns a top priority.
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Fuel cells
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Teledyne Energy System has been at the forefront of thermoelectric power systems for the past 40 years, starting with the SNAP3 space generator in 1961. During that time, Teledyne has produced hundreds of generators ranging in size from milliwatts to multi-hundred watts for both space and terrestrial applications.
Beginning in 2001, Teledyne began developing PEM fuel cell systems for the aerospace market. Applications include high efficiency PEM powerplants for Reusable Launch Vehicles for NASA, regenerative systems for high altitude unmanned aircraft/airships, and advanced designs for unique missions.
Teledyne specializes in custom designs for a wide range of customers and has the complete in-house capability for both commercial and classified applications involving thermoelectrics or PEM fuel cell power systems.
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In the 2MW electrical power range, the OPRA package produces the highest thermal power which makes it ideal for co and tri-generation applications.
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Trigeneration is the conversion of a fuel into three useful energy products: electricity, hot water or steam, and chilled water. A trigeneration system is a cogeneration system extended with an absorption chiller that uses some of the heat to produce chilled water for air-conditioning of buildings and building complexes.
With a Wärtsilä trigeneration power plant you will reach the same output with notably less fuel input compared to separate power and heat generation.
Wärtsilä power plants have ready-made solutions for trigeneration which can easily be adapted to different market and customer requirements and delivered within tight time schedules.
Benefits
The trigeneration system makes utilization of the engine CHP plant highly efficient throughout the annual seasons and through changes in the local climate. The plant can flexibly run at high total efficiencies, producing heat and cooling for airport terminals, office and building complexes, housing areas, etc., and can interchange smoothly between supplying heating and/or cooling. At the same time it supplies the needed electrical power.
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CAMPOFRÍO ALIMENTACIÓN S.A. is a leading international company within the food sector. It produces meat products which, for the production process, requires significant amounts of heat, in the form of steam and hot water, industrial cooling and electrical energy.
In 1996, with the purpose of reducing energy costs on the production processes and equipping the company with flexible installations in order to meet both present and future energy needs in a secure and efficient manner, GUASCOR ENERGIA went into a joint venture with Campofrío in order to construct and operate a Trigeneration plant - producing heat, cold and electrical energy - .
The Trigeneration plant operates 24 hours per day, seven days per week with a total of 8,700 hours of operation annually.
The installation incorporates four turbo-charged gas engines, each one rated at 3 MW, with a total installed power of 12 MW.
To cover the cold demand on the production process, the trigeneration plant is fitted with an ammonia - water absorption machine, which runs off saturated steam obtained from the heat recovered from the engines' exhaust gases.
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