Heat Pump comparison 2011
The data is supplied after test of the Danish official entity Energistyrelsen (10-2011) of the Heat Pumps provided in DK complying with the norms.
This document contains technical specifications for circuit breaker CBL-AHU-S2 and motor overload protection for a 50HP air handling unit motor. It lists the circuit breaker trip settings as 125A with a 5x instantaneous trip of 625A. It also lists the motor overload protection as Class 20 for a 50HP motor served by circuit breaker CB-AHU-S2.
This document contains specifications for circuit breaker CBL-AHU-S3 and motor overload protection for a 75HP air handling unit motor (AHU-S3 M#3). It lists the trip current ratings and thermal overload settings for the circuit breaker and overload protection. It also includes short circuit current ratings and identifies the motor and associated soft starter as a 75HP unit.
This document lists specifications for various rechargeable batteries including voltage, amp hours, item numbers, and descriptions. It includes 10 batteries ranging from 6V/1.2AH to 6V/10AH capacities and voltages of 6V, 4V, and lead acid. The batteries listed are spare parts for local recharging and various equipment models.
The document lists various spare part adapters including their article numbers, item numbers, and descriptions. Adapters are listed for appliances like scales, power cords, and voltage converters for different countries. Item numbers start with 06 and are followed by additional model-specific codes to identify each adapter's application.
This project explores the current power electronics technology used for grid connection of a type 4 wind turbine generator using a permanent magnet synchronous generator (PMSG) with a back-to-back converter. The PMSG considered is a 5-pole, 4kW machine, which requires higher speed for voltage generation than larger PMSG machines connected directly to the grid. The generator side converter uses sinusoidal PWM with feedback control to maintain a constant DC bus voltage during wind speed fluctuations. The grid side converter then converts the DC voltage to a 3-phase AC voltage matched to the grid frequency and amplitude using current control with grid voltage as feedback.
This document discusses various electrical components and concepts including resistors, light dependent resistors, thermisters, diodes, electromotive force, electric energy, resistor circuits, batteries circuits, circuit analysis, meters, ammeters, voltmeters, ohmmeters, and electric current. It provides equations and diagrams to explain relationships between voltage, current, resistance, power and other electrical quantities.
This document discusses half wave and full wave rectification in power supplies. It explains that half wave rectification only uses half of the input waveform, resulting in a lower average output voltage than full wave rectification, which uses both halves of the input waveform. The peak inverse voltage that the diode must withstand is equal to the peak input voltage. Full wave rectification using a bridge circuit provides higher output voltage than a single-diode full wave circuit, and its diodes only need to withstand the peak input voltage minus 0.7 volts.
This document contains a circuit schematic for amplitude modulation. It shows a carrier signal generated by one voltage source being modulated by two lower frequency signals from other voltage sources. The output of the modulation circuit is measured over time, showing the amplitude of the output signal varying in accordance with the two modulating signals. Simulation data is included showing the output signal amplitude varying over time and with different input frequencies.
This document contains technical specifications for circuit breaker CBL-AHU-S2 and motor overload protection for a 50HP air handling unit motor. It lists the circuit breaker trip settings as 125A with a 5x instantaneous trip of 625A. It also lists the motor overload protection as Class 20 for a 50HP motor served by circuit breaker CB-AHU-S2.
This document contains specifications for circuit breaker CBL-AHU-S3 and motor overload protection for a 75HP air handling unit motor (AHU-S3 M#3). It lists the trip current ratings and thermal overload settings for the circuit breaker and overload protection. It also includes short circuit current ratings and identifies the motor and associated soft starter as a 75HP unit.
This document lists specifications for various rechargeable batteries including voltage, amp hours, item numbers, and descriptions. It includes 10 batteries ranging from 6V/1.2AH to 6V/10AH capacities and voltages of 6V, 4V, and lead acid. The batteries listed are spare parts for local recharging and various equipment models.
The document lists various spare part adapters including their article numbers, item numbers, and descriptions. Adapters are listed for appliances like scales, power cords, and voltage converters for different countries. Item numbers start with 06 and are followed by additional model-specific codes to identify each adapter's application.
This project explores the current power electronics technology used for grid connection of a type 4 wind turbine generator using a permanent magnet synchronous generator (PMSG) with a back-to-back converter. The PMSG considered is a 5-pole, 4kW machine, which requires higher speed for voltage generation than larger PMSG machines connected directly to the grid. The generator side converter uses sinusoidal PWM with feedback control to maintain a constant DC bus voltage during wind speed fluctuations. The grid side converter then converts the DC voltage to a 3-phase AC voltage matched to the grid frequency and amplitude using current control with grid voltage as feedback.
This document discusses various electrical components and concepts including resistors, light dependent resistors, thermisters, diodes, electromotive force, electric energy, resistor circuits, batteries circuits, circuit analysis, meters, ammeters, voltmeters, ohmmeters, and electric current. It provides equations and diagrams to explain relationships between voltage, current, resistance, power and other electrical quantities.
This document discusses half wave and full wave rectification in power supplies. It explains that half wave rectification only uses half of the input waveform, resulting in a lower average output voltage than full wave rectification, which uses both halves of the input waveform. The peak inverse voltage that the diode must withstand is equal to the peak input voltage. Full wave rectification using a bridge circuit provides higher output voltage than a single-diode full wave circuit, and its diodes only need to withstand the peak input voltage minus 0.7 volts.
This document contains a circuit schematic for amplitude modulation. It shows a carrier signal generated by one voltage source being modulated by two lower frequency signals from other voltage sources. The output of the modulation circuit is measured over time, showing the amplitude of the output signal varying in accordance with the two modulating signals. Simulation data is included showing the output signal amplitude varying over time and with different input frequencies.
Final Gwo Bst Standard Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Information Regarding The Gwo Basic Safety Training Release 1Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Criteria For A Training Provider Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Criteria For Certification Body Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Turkey relies heavily on fossil fuels for its energy needs and electricity production. Renewable energy sources like hydro and wind have significant potential to increase electricity generation and reduce dependence on imports. The number of wind farms in Turkey has grown due to efforts to map wind resources, establish policies supporting private investment, and rising oil prices. There are now over 60 operating wind farms across Turkey, concentrated along coastal regions with strong, consistent winds.
This case study examines lightning damage to a wind turbine blade at a wind farm in south central Texas. The lightning strike caused internal damage that led to the blade's failure. The lightning temperatures and expansion of internal moisture in the blade from the strike likely overstressed the blade materials. Improved lightning protection system design and reducing interior blade moisture are recommended.
Emirates National Investment (ENI) is a diverse regional development group with a wide range investment portfolio that includes real estate, construction, industry and fast moving consumer goods (FMCG).
Since establishment in 1999, ENI maintained a track record of double-digit annual growth rates through adhering to a sustainable long-term development strategy and the commitment to integrity, professionalism and innovation.
With selected teams of experienced professionals, ENI was able to capitalize on deep market knowledge and an international network of strategic partnerships to bridge the elements of ingenuity and innovation and to generate its unique business model in the United Arab Emirates, Gulf Cooperation Council, and the Middle East and North Africa region.
Through better understanding of the culture and the contribution to development plans of the countries where it operates, ENI maintains an excellent reputation as one of the leading and most trusted investment partners in the region, with the ability to identify and timely engage in high-growth sectors yielding generous rewards to its stakeholders and adding positive elements to the ambitious economic development plans.
Such solid foundations and sound business strategy guarantee the group excellent prospects in the future, whereas the quality and scale of ENI’s accomplishments will remain evidence to its commitment, efficiency and world-class standards.
DEIF has been an independent company since 1933, developing control solutions for engines, generators, renewable energy systems, and marine and switchboard instrumentation. They focus on robust controllers and components for wind turbines, offering main controls, pitch controls, park power management, SCADA systems, and individual controllers, sensors, and protection modules. Key values include quality, openness with customers, reliability, and innovation through heavy R&D spending.
B2B Introduction to Content Strategy, Social Media Marketing and Social Busin...Richard Bouchez
High level strategic approach ideas for B2B Commercial Banking and Financial institutions looking to build brand, reach decision makers and utilize content they already create.
Creating Moments That Matter Research Studies | 2013 Google Nielsen ReportRichard Bouchez
Google / Nielsen research March 2013: How Mobile Drives Conversions
As consumers increasingly turn to their mobile phones, it is critical for businesses to understand the range of “mobile conversions” that can occur, such as phone calls, store visits, or purchases on other devices. In partnership with Nielsen, Google analyzed over 6000 mobile searches and the actions that resulted, drawing precise and measurable connections between mobile searches and the online and offline conversions that they drive. **This presentation was created by Google/Nielsen and uploaded for sharing purposes. Original file can be found at http://www.google.com/think/research-studies/creating-moments-that-matter.html
The document provides information on solar cell parts in Spicepark in April 2019, including:
- There were 392 solar cell parts from 36 manufacturers
- The top 3 manufacturers were Panasonic (64 parts), Denryo (22 parts), and bp Solar (27 parts)
- The document also includes historical updates on the number of solar cell parts in Spicepark each month.
The document provides information on solar cells in Spice Park's inventory in March 2019. It lists 380 pieces of solar cells from 34 manufacturers. The top 3 manufacturers are Panasonic with 64 pieces, Sharp with 35 pieces, and Suntech Power with 40 pieces. It also provides monthly updates on the total number of pieces in Spice Park's inventory.
The document provides information on solar cells in the SpicePark 2019 product inventory, including:
- Semiconductors make up 75% of the total inventory of 5,027 pieces, with solar cells accounting for 434 pieces or 10% of the total.
- The solar cells are provided by 37 manufacturers, with Panasonic supplying the most at 64 pieces and Sunpreme supplying 24 pieces.
- The document lists the manufacturers and number of solar cell pieces from each for the June 2019 update.
This document provides an inventory of solar cell parts from various manufacturers stored at Spice Park. It lists 286 total solar cell parts from 17 manufacturers such as Sharp, Kyocera, Suntech Power and Panasonic. For each part, it provides the manufacturer, part number, and date the information was last updated. The document aims to catalog all solar cell parts and related information available at Spice Park.
This document provides a list of 4,422 solar cell models from various manufacturers such as bp Solar, Kyocera, Mitsubishi, Q.Cells, Sharp, and Suntech Power. It includes the manufacturer, part number, and update date for each solar cell model. The list is organized into sections for each manufacturer and includes a total count of solar cells from each.
1. The document provides product information from Spicepark in May 2019, including a breakdown of product categories and numbers of parts. Semiconductors make up 75% of the total 5,006 parts.
2. It also provides detailed lists of solar cell part numbers and manufacturers that are included in Spicepark, with 413 solar cell parts total.
3. The document gives monthly updates of the total parts in Spicepark over multiple years, with the May 2019 update being 5,006 parts.
Update 32 models(Solar Cell) in SPICE PARK(OCT2023)Tsuyoshi Horigome
This document provides an inventory update from October 2023 for Spicepark, listing 6,542 total parts. It includes tables categorizing the parts by type (semiconductors, passive parts, batteries, etc.), describing each part, and providing the quantity on hand. A more detailed table focuses on the 933 solar cells in inventory, including the manufacturer and number of pieces for each solar cell part number.
Update 42 models(Solar Cell) in SPICE PARK(APR2023)Tsuyoshi Horigome
This document provides an inventory list of 6,377 pieces of components stored at a facility called SpicePark. It includes various semiconductors, passive parts, batteries, mechanical parts, lamps, and solar cells. The solar cell section provides further detail on the 879 solar cells including the manufacturer and number of pieces for each.
Final Gwo Bst Standard Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Information Regarding The Gwo Basic Safety Training Release 1Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Criteria For A Training Provider Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Criteria For Certification Body Version 0, February 2012Martin Herløv
The Global Wind Organisation (GWO) announce its first release of the “Basic Safety Training” standard to be used by members and their sub-contractors in the wind industry.
Turkey relies heavily on fossil fuels for its energy needs and electricity production. Renewable energy sources like hydro and wind have significant potential to increase electricity generation and reduce dependence on imports. The number of wind farms in Turkey has grown due to efforts to map wind resources, establish policies supporting private investment, and rising oil prices. There are now over 60 operating wind farms across Turkey, concentrated along coastal regions with strong, consistent winds.
This case study examines lightning damage to a wind turbine blade at a wind farm in south central Texas. The lightning strike caused internal damage that led to the blade's failure. The lightning temperatures and expansion of internal moisture in the blade from the strike likely overstressed the blade materials. Improved lightning protection system design and reducing interior blade moisture are recommended.
Emirates National Investment (ENI) is a diverse regional development group with a wide range investment portfolio that includes real estate, construction, industry and fast moving consumer goods (FMCG).
Since establishment in 1999, ENI maintained a track record of double-digit annual growth rates through adhering to a sustainable long-term development strategy and the commitment to integrity, professionalism and innovation.
With selected teams of experienced professionals, ENI was able to capitalize on deep market knowledge and an international network of strategic partnerships to bridge the elements of ingenuity and innovation and to generate its unique business model in the United Arab Emirates, Gulf Cooperation Council, and the Middle East and North Africa region.
Through better understanding of the culture and the contribution to development plans of the countries where it operates, ENI maintains an excellent reputation as one of the leading and most trusted investment partners in the region, with the ability to identify and timely engage in high-growth sectors yielding generous rewards to its stakeholders and adding positive elements to the ambitious economic development plans.
Such solid foundations and sound business strategy guarantee the group excellent prospects in the future, whereas the quality and scale of ENI’s accomplishments will remain evidence to its commitment, efficiency and world-class standards.
DEIF has been an independent company since 1933, developing control solutions for engines, generators, renewable energy systems, and marine and switchboard instrumentation. They focus on robust controllers and components for wind turbines, offering main controls, pitch controls, park power management, SCADA systems, and individual controllers, sensors, and protection modules. Key values include quality, openness with customers, reliability, and innovation through heavy R&D spending.
B2B Introduction to Content Strategy, Social Media Marketing and Social Busin...Richard Bouchez
High level strategic approach ideas for B2B Commercial Banking and Financial institutions looking to build brand, reach decision makers and utilize content they already create.
Creating Moments That Matter Research Studies | 2013 Google Nielsen ReportRichard Bouchez
Google / Nielsen research March 2013: How Mobile Drives Conversions
As consumers increasingly turn to their mobile phones, it is critical for businesses to understand the range of “mobile conversions” that can occur, such as phone calls, store visits, or purchases on other devices. In partnership with Nielsen, Google analyzed over 6000 mobile searches and the actions that resulted, drawing precise and measurable connections between mobile searches and the online and offline conversions that they drive. **This presentation was created by Google/Nielsen and uploaded for sharing purposes. Original file can be found at http://www.google.com/think/research-studies/creating-moments-that-matter.html
The document provides information on solar cell parts in Spicepark in April 2019, including:
- There were 392 solar cell parts from 36 manufacturers
- The top 3 manufacturers were Panasonic (64 parts), Denryo (22 parts), and bp Solar (27 parts)
- The document also includes historical updates on the number of solar cell parts in Spicepark each month.
The document provides information on solar cells in Spice Park's inventory in March 2019. It lists 380 pieces of solar cells from 34 manufacturers. The top 3 manufacturers are Panasonic with 64 pieces, Sharp with 35 pieces, and Suntech Power with 40 pieces. It also provides monthly updates on the total number of pieces in Spice Park's inventory.
The document provides information on solar cells in the SpicePark 2019 product inventory, including:
- Semiconductors make up 75% of the total inventory of 5,027 pieces, with solar cells accounting for 434 pieces or 10% of the total.
- The solar cells are provided by 37 manufacturers, with Panasonic supplying the most at 64 pieces and Sunpreme supplying 24 pieces.
- The document lists the manufacturers and number of solar cell pieces from each for the June 2019 update.
This document provides an inventory of solar cell parts from various manufacturers stored at Spice Park. It lists 286 total solar cell parts from 17 manufacturers such as Sharp, Kyocera, Suntech Power and Panasonic. For each part, it provides the manufacturer, part number, and date the information was last updated. The document aims to catalog all solar cell parts and related information available at Spice Park.
This document provides a list of 4,422 solar cell models from various manufacturers such as bp Solar, Kyocera, Mitsubishi, Q.Cells, Sharp, and Suntech Power. It includes the manufacturer, part number, and update date for each solar cell model. The list is organized into sections for each manufacturer and includes a total count of solar cells from each.
1. The document provides product information from Spicepark in May 2019, including a breakdown of product categories and numbers of parts. Semiconductors make up 75% of the total 5,006 parts.
2. It also provides detailed lists of solar cell part numbers and manufacturers that are included in Spicepark, with 413 solar cell parts total.
3. The document gives monthly updates of the total parts in Spicepark over multiple years, with the May 2019 update being 5,006 parts.
Update 32 models(Solar Cell) in SPICE PARK(OCT2023)Tsuyoshi Horigome
This document provides an inventory update from October 2023 for Spicepark, listing 6,542 total parts. It includes tables categorizing the parts by type (semiconductors, passive parts, batteries, etc.), describing each part, and providing the quantity on hand. A more detailed table focuses on the 933 solar cells in inventory, including the manufacturer and number of pieces for each solar cell part number.
Update 42 models(Solar Cell) in SPICE PARK(APR2023)Tsuyoshi Horigome
This document provides an inventory list of 6,377 pieces of components stored at a facility called SpicePark. It includes various semiconductors, passive parts, batteries, mechanical parts, lamps, and solar cells. The solar cell section provides further detail on the 879 solar cells including the manufacturer and number of pieces for each.
Update 29 models(Solar cell) in SPICE PARK(FEB2024)Tsuyoshi Horigome
The document provides an inventory update from February 2024 of Spice Park, which contains 6,694 total pieces of electronic components and parts. It lists 36 categories of semiconductor devices, 11 categories of passive parts, 10 types of batteries, 5 mechanical parts, DC motors, lamps, and power supplies. It provides the most detailed listing for solar cells, with 1,003 total pieces from 51 manufacturers listed with part numbers.
Update 55 models(Solar Cell) in SPICE PARK(AUG2021)Tsuyoshi Horigome
This document provides a list of solar cell parts from various manufacturers that are included in the SpicePark 2021 product catalog. It includes 5,727 total parts, with solar cells making up 646 parts or 11% of the total. The solar cells are from 37 different manufacturers, with Panasonic being the largest contributor at 64 parts. The document also provides breakdowns of the parts by category including semiconductors, passive parts, batteries, mechanical parts, motors, and lamps.
Update 52 models(Solar Cell) in SPICE PARK(JUL2022)Tsuyoshi Horigome
This document provides a product list and quantities for Spicepark in July 2022. It shows that semiconductors make up 75% of the total 6,025 pieces of products, with passive parts at 12%, batteries at 10%, mechanical parts at 1%, DC motors at 1%, and lamps at 1%. It then provides a more detailed breakdown of the types and quantities of semiconductors, passive parts, batteries, and other components. A large portion of the batteries are solar cells from various manufacturers.
Update 51 models(Solar Cell) in SPICE PARK(JUL2021)Tsuyoshi Horigome
This document provides a list of solar cell parts from various manufacturers that are included in the SpicePark 2021 product inventory. It includes 591 solar cell parts, with the manufacturer and number of pieces for each part listed. The top manufacturers are Panasonic with 64 pieces and Kyocera with 21 pieces. It also provides updates to the solar cell inventory list monthly.
Update 33 models(Solar Cell) in SPICE PARK(JUN2022)Tsuyoshi Horigome
This document provides information on solar cell products from June 2022 at Spicepark, including:
- Semiconductors made up 75% of total products, while passive parts were 12% and batteries were 10%.
- A total of 679 solar cell products were included from 37 different manufacturers such as Panasonic, Sharp, and Kyocera.
- Product information on 679 solar cell items is provided, including manufacturer name and number of pieces for each.
Update 38 models(Solar Cell) in SPICE PARK(JUL2023) Tsuyoshi Horigome
This document provides an inventory update of 6,474 pieces of components stored at SpicePark as of July 2023. It includes counts of various semiconductors, passive parts, batteries, mechanical parts, lamps, solar cells and other items. Solar cells make up the largest category with 901 pieces from 44 different manufacturers. The second half of the document provides more detail on the solar cell inventory including manufacturer and part number information.
Update 73 models(Solar Cell) in SPICE PARK(DEC2022)Tsuyoshi Horigome
This document provides information on solar cells from the SpicePark collection as of December 2022. It includes:
- A pie chart showing the percentage breakdown of the 6,225 total parts by component type, with semiconductors being the largest portion at 75%.
- Tables listing the 848 solar cells by manufacturer and number of pieces. The manufacturer with the most solar cells is Sunlike Solar with 100 pieces.
- Additional details on specific solar cell part numbers from various manufacturers.
This document provides a list of 4,432 pieces of components in stock at a place called Spice Park in October 2015. It includes various types of semiconductors, passive parts, batteries, mechanical parts, motors, lamps, power supplies and 328 solar cells from 28 different manufacturers. The second half of the document provides more details on the solar cells, listing manufacturers and part numbers.
This document contains a list of 4,422 pieces of semiconductor, passive, battery, mechanical, motor, and lamp parts held in stock by Bee Technologies as of September 2015. It includes detailed part numbers, descriptions, manufacturers, and quantities for each part, particularly 318 solar cell parts from 18 different manufacturers.
Update 41 models(Solar Cell) in SPICE PARK(NOV2023)Tsuyoshi Horigome
This document provides an inventory list of solar cells from various manufacturers totaling 974 pieces. It includes the manufacturer name, part number, and number of pieces for each solar cell part number. The solar cells are organized in a table with the manufacturer, part number, and number of pieces in each row.
This document provides a list of 4,171 parts in the SpicePark inventory. It includes parts categorized by semiconductor devices, passive parts, batteries, mechanical parts, DC motors, lamps, and solar cells from various manufacturers. For each part number, it lists the manufacturer and date the part was last updated. The document has an all rights reserved copyright notice for Bee Technologies Inc.
1. Heat Pump comparison 2011
The following data is supplied after test of the Danish official entity
Energistyrelsen (10-2011) of the Heat Pumps provided in DK complying with
the norms.
Model EER COP Revision
AirBreeze Atlantic KCV 20-024 IN A A mar-11
Andes Pico 12000 A A mar-11
Andes Pico 9000 A A maj-11
Andes Pico 9000 A A mar-11
Atlantic Nordic 20-24IN A A jul-11
Atlantic Nordic 20-26IN A A jul-11
Fujitsu ASYA14LG/AOYR14LGC A A jul-11
Fujitsu LGC14 A A jul-11
Haier HSU-09HVd03 A A aug-11
Heatmax 8984 A A mar-11
Mitsubishi MSZ-FD35VABH A A sep-11
MitsubishiMSZ-GE25VAH A A sep-11
Panasonic HE9LKE A A jul-11
Panasonic NE9LKE A A jul-11
Panasonic CE9LKE A A mar-11
SanyoSAP-KRCV126EH A A Real value for EER shall be 3,33
SanyoSAP-KRCV96EH A A Real value for EER shall be 4,08
Saunier Duval SDH 10-036NW A A jul-11
ThermexTVP-12 Inverter A A okt.-11
ThermexTVP-13 Inverter A C okt.-11
Zibro S1332 A A jun-11
Andes Alfa 8C A A maj-11
Andes Alfa DK A A apr-11
Andes Gamma 13000 A A maj-11
econsultants ∙ Lluis Millet 38 ∙ 08320 El Masnou – Barcelona ∙ Spain ∙ www.econsults.org
2. AirConnectionAA-12 A A jul-11
AirConnectionAA-18 A A jul-11
AirConnectionAA-24 A A jul-11
Artel HP18RL/HPI24RL A A jul-11
Artel HP9RL/HP12RL A A jul-11
ASGI-12 A A maj-11
Atlantic Nordic KCV 20-30ON A A jul-11
Carrier Gold Plus V035 A A
Daikin FTXS42J/RXS42J A A
Daikin FVXS50F/RXS50J A A
DUKA V9000 A A jul-11
Heatmax 11000BTU A A
Heatmax 12000BTU(MSR17 - 12 A A
HRN 1)
Hiyasu ASH12UI-Plasma Clean A A
LG J12AW SEO A A
LG NordicArtcool Galery A09AW1 A A
LGS18AW S50 A A jul-11
LGS24AW S50 C D jul-11
MitsuiMDX9HL A A
MitsuiNordic Model MVEX 8-12 HL A A
Inverter
Saunier DuvalSDH 10-025W A A
Saunier DuvalSDH 10-035W A A
SeasonAirKFR 26 GW/C B B aug-11
SeasonAirKFR 26 m/8 grader set A A aug-11
SeasonAirKFR 34 GW/C A A aug-11
SeasonAirKFR 34 m/8 grader set A A aug-11
Technibel T8 - 09 A A
econsultants ∙ Lluis Millet 38 ∙ 08320 El Masnou – Barcelona ∙ Spain ∙ www.econsults.org
3. Zibro S1326 A A
Zibro S3025 A A apr-11
Green columns the equipment complying. Red columns are either under
examination or not complying
The energy label A requires heating efficiency, a COP value, that is greater than 3.6
The energy label A requires cooling efficiency, an EER value, that is greater than 3.2
COP and EER reflects the energy efficiency of the equipment, a figure for how many units of energy
the heat pump can deliver per unit of energy supplied.
econsultants ∙ Lluis Millet 38 ∙ 08320 El Masnou – Barcelona ∙ Spain ∙ www.econsults.org