Technology

We use only proven technologies for our technical solutions. We will never use experiments. Our partners are the world first-class in the field of ORC systems technology. We do not prefer one technology to another one. Our advantage is in the complete independency from products. We always propose such technology for you that is the most suitable for the given technical solution. Our partners respect these rules and appreciate our position in the market and we believe each other fully. Also thanks to this mutual respect of ORC, we can offer to you really the best what the today market brings in the field of ORC technology.

We cooperate with the manufacturers TRIOGEN, ELECTRATHERM and ORCAN.

For more information, please contact us
 

Ing. Josef GÉBA
Email: josef.geba@bpower.cz
Phone: +420 602 425 869



Area of application

  • Engines running on natural gas, biogas, etc.
  • Biodiesel generators
  • Spark-ignition engines
  • Diesel engines
  • Gas turbines
  • Heat released during manufacturing process
  • Heat from furnaces or boilers
  • Any heat sources with temperature > 350 °C

 

WE OFFER THIS TECHNOLOGY

The absorption cooling technology

For more information, please
contact us


Lubomír Sovíček
Email: lubomir.sovicek@bpower.cz
Phone: +420 734 576 035

High efficiency, quiet operation, zero emissions, outputs from 30 kW and very low operating costs make absorption chillers the ideal solution for cold production.
 

An absorption chiller produces cold in the form of cold water. The main "fuel" for the absorption unit is heat, which can be extracted in various forms:

  • hot water
  • stea
  • flue gases
  • thermal oil
     

Illustration of an absorption chiller unit

The absorption cooling technology itself is very simple. It is a system of exchangers filled with a working substance (LiBr solution) and water. Absorption chillers are suitable wherever there is a heat source and a need for cooling:

  • ironworks
  • foundries
  • agriculture
  • chemical industry
  • cogeneration units
  • compressors for compressed air production

Standard compressor cooling technologies have a high power consumption, for the same cooling
capacity the actual consumption of an absorption cooling unit is only about 5% of the consumption compared to compressor cooling. Therefore, the installation of an absorption chiller will result in a significant reduction in the operating costs of refrigeration production.

 

Process diagram of an absorption chiller

In these systems, the refrigerant, i.e. water, absorbs heat at a lower temperature and lower pressure during evaporation, and releases heat at a higher temperature and higher pressure during condensation.

The working substance is a LiBr solution which acts as an absorbent, absorbing the vapours from the refrigerant and thereby cooling the cold water to the desired level.

Three circuits are connected to the absorption unit:

  • the heat source
  • the cooling circuit
  • the resulting chilled water circuit.

The heat source can be hot water from 70 °C and the resulting cold temperatures range from 2 to 20 °C.

Technology Triogen

The main component of the ORC system is a high speed turbine which conver ts low-potential heat into electrical energy based on organic Rankine cycle.

 

Advantages of ORC:    

  • high annual uptime
  • high efficiency relative to the inlet temperature
  • fully automatic operation
  • easy integration into existing equipment
  • suitable for modular installation

 

Use of technologies:

  • Engines running on natural gas, biogas, etc.
  • Biodiesel generators
  • Spark-ignition engines
  • Diesel engines
  • Gas turbines
  • Heat released during manufacturing processes
  • Heat from furnaces or boilers
  • Any heat sources with temperatures > 350 °C

 

 

ORC e-box POWER

ORC e-box Vario

→  ORC e-box POWER operates with flue gaseswithin the range 350 - 520 °C. Thermal power at the input to the ORC e-box POWER is 450 -990 kW while the electrical output power is 50 - 180 kWe, depending on the input heat fed into the ORC system. 

.

An example of installation is a combination of the ORC system with a CHP unit. A great advantage is the ORC can be connected directly to the chimney flue gas pipe of the process. This eliminates the need to use a flue gas heat exchanger. Flue gases are passed directly to the ORC heat exchanger. The internal medium is not water, but an organic substance. It is heated to about 320 °C and when entering the turbine blades of the ORC it moves the turbine to speeds up to 28,000 rpm.  

The connected asynchronous generator begins to generate electric power. Through the use of high temperatures directly from the flue gas, ORC e-box POWER achieves an efficiency of around 20%! This value puts ORC e-box POWER among the leaders in this technology. In the cooling circuit, the heat power is equal to 80% of the input heat power with the temperature gradient of about 55 °C - 35 °C. These are not random parameters as they provide the client with the possibility of using this potent i a l to heat the d i g e s t e r s , swimming pools, sludge pits, etc. The recovered flue gas coming out of the ORC flue gas pipe has a temperature of about 180°C.

 

→  The main reason why the ORC e-box VARIO system was launched onto the market was a high demand amongst potential clients for the use of heat to generate not only electrical energy, but also to use hot water for heating..

→ Variability of the ORC e-box VARIO operation enables the user to evaluate when the supply of heat into the heating system is a priority, or when it is more practical to maximize the production of electricity.

ORC e-box VARIO is technically identical to the e-box type, but it offers an additional feature of controlling the temperature of ORC cooling water so as to achieve different temperature levels. The settings can be changed online, depending on the operating conditions.   

The ORC e-box VARIO system can be used with biogas plants (apart from other applications) which already have a supply of heat in place or which are planning it. By deploying the ORC e-box VARIO system, it is possible to streamline the entire operation and in the winter months to control the supply of heat ver sus electr icity production from ORC.


Graph of electricity production depending on the temperature of the refrigeration circuit:

 

ORC WB-1 characteristics and specifications:    

  • thermal power input 450 - 990 kWth, > 350 °C
  • electric power output from the ORC 50 - 180 kWe
  • high utilization efficiency of conver ting thermal energy into electricity, up to 20%
  • cooling - water, 350 - 700 kWth
  • zero fuel requirements (waste heat recovery)
  • direct heating of medium by ORC flue gas
  • no emissions, CO2 neutral
  • low maintenance requirements
  • high reliability and availability of service and spare par ts in the Czech Republic
  • (> 8500 hours/year)
  • remote monitoring, unattended operation
  • suitable for obtaining subsidies for green energy

       

                 

 

Pro více informací nás
neváhejte kontaktovat


Lubomír Sovíček
Email: lubomir.sovicek@bpower.cz
Tel.: +420 734 576 035

 

 

 

 

 

 

 

 

illustrative picture of connecting the ORC Triogen ebox to a biomass heat source

 

 

 

Technology ElectraTherm

 
 

ORC POWER+ PM75, 6500B, 6500B+


The Power+ units are able to use heat sources from 70 ° C and generate up to 125 kWe. 
 

The Power+ generator using organic Rankine cycle together with patented technologies -
double helix, converts sources of low-temperature heat and waste heat into electricity
without additional fuel consumption or emissions. Heat sources with a higher temperature higher than 150 ° C - for example thermal oils and exhaust gases can be used with the use of an additional heat exchanger.

                                     Technologie Power+ PM75

 

 

Bitzer expander, double helix patent

Technology SMART POWER ORC

Thanks to the integration of the BITZER semi-hermetic expander, ElectraTherm's ORC solutions represent a dramatic shift away from turbine technologies. The expander not only provides a more cost-effective and robust design that significantly increases reliability, but also has much lower operating speeds that allow for "wet" two-phase flow.

As a result, the expander is better equipped for transient operation, which allows the system to reliably generate energy from heat sources with temperature and flow fluctuations. ORC systems from ElectraTherm based expander are more ideal for variable heat sources with lower temperature compared to turbine based systems.

The new expander from the parent company ElectraTherm - BITZER ensures smooth operation and absolute reliability.


POWER+ PM75 is a smaller series ideal for heat output up to 1250 kWth. Generates up to 75 kWe. 

POWER+ 6500 / 6500B+ is a larger range ideal for heat output up to 2,200 kWth. Generates up to 125 kWe. 


Capacity parameters

 

        PM75 6500B 6500B+
  device capacity  output power kWe až do 75 až do 125 až do 125
 

heat source conditions

thermal input kWth 300 - 1250 400 - 1700 400 - 2200
hot water temperature °C 65 - 132 70 - 132 70 - 150
hot water flow rate l/s 3 - 23 3 - 25 3 - 25
 

condensing conditions

heat rejected kWth 300 - 1200 400 - 1600 400 - 2000
cold water temperature °C 10 - 65 4 - 65 4 - 65
cold water flow rate l/s 6 - 26 9 - 26 9- 26


* Heat sources with a temperature higher than 150 ° C - such as thermal oils and exhaust gases - can be used using another heat exchanger.

 

Process

  1. Heat enters the evaporator and heats ORC operating fluid (refrigerant) to the boiling point and thus it is converted into steam.
    The hot steam creates pressure.
  2. The steam is forced through the screw expander and spins an electric generator.
  3. Steam is cooled with a source of cold water and condenses back to liquid form in the condenser.
  4. Operating fluid is pumped to a higher pressure, it returns back into the evaporator and the process repeats.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Technical specifications

  Construction  
  Installing refrigerant built according to standards ASME and CE
  Energy block patented twin screw expander
  Generator asynchronous
  Heat exchanger compact, brazed board construction
  Lifespan 20 years
     
  System description  
  Operating fluid pentafluoropropane (nonflammable, nontoxic, not harming the ozone layer)
  Heat source hot water from 70°C to 150°C 
flue gas from 150 °C
  Cooling requirements water temperature 4°C to 65°C
  Control common management software / standard programable logic controller
  Remote monitoring internet
  Operation designed for unattended operation
  Sound pressure level 80 db at 1 m; optional silence; <72 db at 1 m


Possible configurations of POWER+ DEVICE

Freestanding


20 ft. ISO frame


40 ft. ISO frame


  • Dimensions: 2,4 x 2 x 2,3 m
  • Dimensions:  6,1 x 2,4 x 2,6 m
  • Dimensions:  12 x 2,4 x 2,6 m
  • Indoor and outdoor installation
  • Possibility of modular wiring
  • Easy installation without a concrete foundation
  • Integrated mounting with a dry cooler 
  • Turnkey installation including a cooling circuit piping and pump
  • Without a conceret foundation
  • Plug&play

 

Advantages of the POWER+ series

  • Automated management system
  • Low maintenance requirements
  • Modularity and scalability
  • Robust twin screw expander
  • CE certification
  • Zero emissions
  • No secondary toxic products
  • Zero consumption of fossiel fuel
  • Remote monitoring

Utilizing the technologies:

  • Natural gas engine
  • Petrol and diesel engines
  • Biomass engines
  • Biogas
  • Boilers
  • Heat from industrial processes
  • Solar heat
  • Geothermal energy

 

For more information, visit www.electratherm.com - Power+ generátor
 

For more information, please
contact us


Lubomír Sovíček
Email: lubomir.sovicek@bpower.cz
Phone: +420 734 576 035

 

 

 

 


 

 

 

       PM75           6500 

 

 

 

Technology ORCAN

The ORCAN technologies focus on a wide range of the ORC systems, from the smallest ones (5 kW) up to bigger ORC systems producing 300 kW of electricity. Another flagship of this company includes zero energy consumption coolers - ORCAN cooler.

Tens of installations of these units all over Europe are evidence of first-rate quality of German technology. The supplier of expanders for ORC is the company Bitzer – the world number one in the field of producers of compressors.


 

ORC system efficiency PACK NT:

Our solution for low temperatures: at the input output from 180 kWth the installation of the equipment efficiency PACK NT is ready in several simple steps. It integrates efficiency PACK NT in the best place of your system. The equipment efficiency PACKNT has an integrated pump for volume discharge flow between 10 and 18 m3 / h.

Temperature of water at input [°C]

Temperature of heat water at output [°C]

Volume discharge [m3/h]

Quantity of heat [kWth]

Net output [kWel]

Gross output [kWel]

80

69

14

177

5,9

7,9

85

73

14

199

7,3

9,3

90

76

14

221

8,7

10,7

95

80

14

243

10,1

12,1

100

84

14

266

11,6

13,6

105

87

14

289

13,1

15,0


At ambient temperature of 10 ˚C, output data +/- 8%

 

ORC system efficiency PACK 150.200

This ORC series is suitable for using hot water of the temperature of 80 – 145 ˚C and the volume flow of 11 – 14 m3/h or water steam of the temperature of 150 - 800 ˚C. With the maximal input heat of the output of 500 kWth, the ORC is able to produce up to 30 kW of electricity.

   efficiency PACK 150.200

ORC system efficiency PACK 050.100

It can use residual heat of engines with the output of 1 – 20 MW with efficiency of 7%. Heat can be taken directly from flue gases (max. 550 ˚C) or from hot water of the maximal temperature of 150 ˚C. This system is able to produce up to 100 kW of electric energy.

   efficiency PACK 050.100

 

For more information, please
contact us


Lubomír Sovíček
Email: lubomir.sovicek@bpower.cz
Phone: +420 734 576 035

 

 

 

 

 

 

 

 

Technology ORCAN cooler

The ORCAN technologies focus on a wide range of the ORC systems, from the smallest ones (5 kW) up to bigger ORC systems producing 300 kW of electricity. Another flagship of this company includes zero energy consumption coolers - ORCAN cooler

Tens of installations of these units all over Europe are evidence of first-rate quality of German technology. The supplier of expanders for ORC is the company Bitzer – the world number one in the field of producers of compressors.

 

 

ORCAN cooler – the cooler of the new generation with zero electric energy consumption:

The built-in ORC module (Organic-Rankin-Cycle) converts waste heat into electricity that is used for the cooling system operation. In the engine of the output of 500 kW it can save up to 8 kW/h.

 

ORCAN cooler solves the following problems with the cooling of cogeneration units:

  • The fact that the current cooling is undersized forces to limit the output in the summer months = loss of sales
     
  • Older coolers lose their cooling effectiveness and are often liable to failure = increased operating costs
     
  • Due to the engine overheating, oil is often exchanged = increased service costs

 


The cooler is delivered in the horizontal version in the three basic series – 400 kWth, 600 kWth and 800 kWth. When the so-called double cooler is selected, both engine circuits (LT and HT) are cooled down simultaneously.

  • Suitable for input temperature in the cooler from 60˚C
  • Waste heat with output more than 125 kWth
  • At ambient temperatures up to 30˚ C with the minimal/zero electricity consumption
  • It is not a source of the production of electric energy
  • Fast return on investment
     

ORCAN cooler has the best output-price ratio in comparison with the standard coolers:

Low-cost cooler Effective cooler ORCAN cooler
Low CAPEX *** ** **
Low OPEX * ** ***
Total costs * ** ***

 

 


Technology ElectraTherm Active Cooler

Active Cooler AC800
 

It is a technology for efficient cooling of waste heat not only with zero electricity consumption, but also with further electricity production. This is done using the ORC system integrated in the heatsink. The ORC unit produces electricity from waste heat. It is used for its own cooling consumption of the Active Cooler.

Electricity forms in addition to own consumption so it can be further processed into the distribution system. Active Cooler is not only a full-fledged cooler of excess energy, but also another new source of electricity.

For more information, please
contact us


Lubomír Sovíček
Email: lubomir.sovicek@bpower.cz
Phone: +420 734 576 035