Tuesday, 5 July 2011
What Does Renewable Resource Mean?
Monday, 4 July 2011
Renewable Energy
Renewable Energy
What does it mean?
Why do we need it?
What can renewable energy be used for?
Types of renewable energy
What does it mean?
‘Renewable’ energy is a term used for the sources of energy that are natural and continuous in the environment. All forms of renewable energy can be traced back to the sun, or the interaction of the sun and the moon. These sources of energy are essentially inexhaustible.
Why do we need it?
We need renewable energy for a couple of reasons.
What can renewable energy be used for?
Renewable energy can be used primarily for electricity production that can be feed into the National Grid and used as normal.
You would not notice a difference in your home, once captured and turned into electricity it is identical to electricity from any other source.
Some sources of renewable energy can also be used for heat production. Geothermal and solar water systems can be used to heat buildings or provide hot water.
Renewable energy can also be used for transport. Bio-diesel or vegetable oil can run a diesel engine with minor modifications and the expanding use of electric cars means electricity from other renewable sources can be used for transport.
Types of renewable energy
Biomass -
Biomass is organic non-fossil material, that is all plant and animal material. A number of different forms of biomass can be burned or digested by animals to produce energy. Biomass is a very resourceful material and can be used to produce heat, electricity and a combination of heat and power (electricity).
In a domestic setting common biomass systems include woodchip burners for household heating and hot water or bio-diesel for use in vehicles. Biomass technology is carbon neutral as the carbon dioxide released from burning the fuel was originally captured from the atmosphere during the plants/animal growth.
The Energy Saving Trust has good information on biomass systems
Geothermal -
This increasingly popular technology can be used for heating, cooling and hot water in both domestic and commercial settings. By using a system of underground pipes heat can be exchanged between the building and the ground. This can replace the need for heating in the winter and air conditioning in the summer.
Savings of up to 70% on your fuel bills are possible with your existing central heating system. The systems can be adapted to a range of applications and needs.
For more information visit the Energy Saving Trust
Wind -
·© Crown Copyright
Just like windmills that were used to grind corn for hundreds of years, these modern wind turbines use sails or blades to convert wind energy into kinetic (movement) energy and then into electrical energy. Small versions are available to charge 12v batteries on caravans and boats and are increasingly becoming available for domestic applications.
These domestic turbines have received a great deal of media attention recently. It should be stressed that to generate electricity in good quantity a wind survey and consultation should be sought before installing a turbine.
Whilst the UK has an average wind-speed of 6m/s and some 40% of Europe’s wind energy resource, the actual conditions vary on a local scale and turbulence caused by nearby obstructions may dramatically affect performance.
Commercial wind farms are being used in the UK and are being sited both on and offshore. There are more projects being approved all the time, recently the 270 turbine London Array was approved and is expected to generate enough electricity for more than 550 000 homes.
More info visit the British Wind Energy Association
Hydro -
Hydroelectric power systems use water held at a height to turn a turbine and generate electricity.
They require access to a suitable source and cost a great deal to set up. They can however be very reliable and can provide your electricity all year round. Any surplus electricity can then be sold back to the grid.
Environmental concerns must also be addressed when choosing a site for a hydropower installation, to ensure that the ecology of the watercourse is not adversely affected.
Commercial systems can produce many megawatts of electricity and are part of the governments plan for increased renewable sources of energy. There are currently over 200 large capacity hydroelectric stations in the UK.
The DTI Low Carbon Building Programme has further information on small scale hydroelectric generation
Solar -
© Crown Copyright
Common solar systems come in two main forms. One form uses ‘photovoltaic’ panels that convert the energy contained in sunlight into electrical current. These need to be positioned carefully to operate most effectively and of course rely on the sun shining. Advances in technology mean that the amount of electricity generated even on cloudy days is seeing a vast improvement. The other form uses a series of pipes which water is pumped through and heated by the Sun’s energy. It is then pumped back into the building and used either in central heating or for hot water applications.
Solar hot water systems are much cheaper than PV panels and can provide almost all of your hot water during the summer months and about 50% all year round.
There is a wealth of information about harnessing solar energy, The Energy Save Trust has some of the most reliable.
Email: ariesarain@gmail.com
What does it mean?
Why do we need it?
What can renewable energy be used for?
Types of renewable energy
What does it mean?
‘Renewable’ energy is a term used for the sources of energy that are natural and continuous in the environment. All forms of renewable energy can be traced back to the sun, or the interaction of the sun and the moon. These sources of energy are essentially inexhaustible.
Why do we need it?
We need renewable energy for a couple of reasons.
- It is a free resource. Once the equipment is in place, be it a solar panel or a wind turbine the only on going cost is the maintenance. Unlike conventional forms such as oil, that requires exploration, surveying, extraction, transport, and refining.
- They are clean to capture. Energy is used in every aspect of our day-to-day lives and we are now inseparable from it. Current methods of producing energy products release large quantities of greenhouse gases that fuel climate change.
- They will not run out, so from the point of view of energy security, we will not have to rely on shipping energy or raw materials for energy production from abroad.
What can renewable energy be used for?
Renewable energy can be used primarily for electricity production that can be feed into the National Grid and used as normal.
You would not notice a difference in your home, once captured and turned into electricity it is identical to electricity from any other source.
Some sources of renewable energy can also be used for heat production. Geothermal and solar water systems can be used to heat buildings or provide hot water.
Renewable energy can also be used for transport. Bio-diesel or vegetable oil can run a diesel engine with minor modifications and the expanding use of electric cars means electricity from other renewable sources can be used for transport.
Types of renewable energy
Biomass -
Biomass is organic non-fossil material, that is all plant and animal material. A number of different forms of biomass can be burned or digested by animals to produce energy. Biomass is a very resourceful material and can be used to produce heat, electricity and a combination of heat and power (electricity).
In a domestic setting common biomass systems include woodchip burners for household heating and hot water or bio-diesel for use in vehicles. Biomass technology is carbon neutral as the carbon dioxide released from burning the fuel was originally captured from the atmosphere during the plants/animal growth.
The Energy Saving Trust has good information on biomass systems
Geothermal -
This increasingly popular technology can be used for heating, cooling and hot water in both domestic and commercial settings. By using a system of underground pipes heat can be exchanged between the building and the ground. This can replace the need for heating in the winter and air conditioning in the summer.
Savings of up to 70% on your fuel bills are possible with your existing central heating system. The systems can be adapted to a range of applications and needs.
For more information visit the Energy Saving Trust
Wind -
·© Crown Copyright Just like windmills that were used to grind corn for hundreds of years, these modern wind turbines use sails or blades to convert wind energy into kinetic (movement) energy and then into electrical energy. Small versions are available to charge 12v batteries on caravans and boats and are increasingly becoming available for domestic applications.
These domestic turbines have received a great deal of media attention recently. It should be stressed that to generate electricity in good quantity a wind survey and consultation should be sought before installing a turbine.
Whilst the UK has an average wind-speed of 6m/s and some 40% of Europe’s wind energy resource, the actual conditions vary on a local scale and turbulence caused by nearby obstructions may dramatically affect performance.
Commercial wind farms are being used in the UK and are being sited both on and offshore. There are more projects being approved all the time, recently the 270 turbine London Array was approved and is expected to generate enough electricity for more than 550 000 homes.
More info visit the British Wind Energy Association
Hydro -
Hydroelectric power systems use water held at a height to turn a turbine and generate electricity.
They require access to a suitable source and cost a great deal to set up. They can however be very reliable and can provide your electricity all year round. Any surplus electricity can then be sold back to the grid.
Environmental concerns must also be addressed when choosing a site for a hydropower installation, to ensure that the ecology of the watercourse is not adversely affected.
Commercial systems can produce many megawatts of electricity and are part of the governments plan for increased renewable sources of energy. There are currently over 200 large capacity hydroelectric stations in the UK.
The DTI Low Carbon Building Programme has further information on small scale hydroelectric generation
Solar -
© Crown Copyright Common solar systems come in two main forms. One form uses ‘photovoltaic’ panels that convert the energy contained in sunlight into electrical current. These need to be positioned carefully to operate most effectively and of course rely on the sun shining. Advances in technology mean that the amount of electricity generated even on cloudy days is seeing a vast improvement. The other form uses a series of pipes which water is pumped through and heated by the Sun’s energy. It is then pumped back into the building and used either in central heating or for hot water applications.
Solar hot water systems are much cheaper than PV panels and can provide almost all of your hot water during the summer months and about 50% all year round.
There is a wealth of information about harnessing solar energy, The Energy Save Trust has some of the most reliable.
Email: ariesarain@gmail.com
Renewable Energy Resource
What is Renewable Energy?
The United States currently relies heavily on coal, oil, and natural gas for its energy. Fossil fuels are non-renewable, that is, they draw on finite resources that will eventually dwindle, becoming too expensive or too environmentally damaging to retrieve. In contrast, renewable energy resources-such as wind and solar energy-are constantly replenished and will never run out.Most renewable energy comes either directly or indirectly from the sun. Sunlight, or solar energy, can be used directly for heating and lighting homes and other buildings, for generating electricity, and for hot water heating, solar cooling, and a variety of commercial and industrial uses.
Solar shingles are installed on a rooftop. Credit: Stellar Sun Shop
Along with the rain and snow, sunlight causes plants to grow. The organic matter that makes up those plants is known as biomass. Biomass can be used to produce electricity, transportation fuels, or chemicals. The use of biomass for any of these purposes is called bioenergy.
Hydrogen also can be found in many organic compounds, as well as water. It's the most abundant element on the Earth. But it doesn't occur naturally as a gas. It's always combined with other elements, such as with oxygen to make water. Once separated from another element, hydrogen can be burned as a fuel or converted into electricity.
Not all renewable energy resources come from the sun. Geothermal energy taps the Earth's internal heat for a variety of uses, including electric power production, and the heating and cooling of buildings. And the energy of the ocean's tides come from the gravitational pull of the moon and the sun upon the Earth.
In fact, ocean energy comes from a number of sources. In addition to tidal energy, there's the energy of the ocean's waves, which are driven by both the tides and the winds. The sun also warms the surface of the ocean more than the ocean depths, creating a temperature difference that can be used as an energy source. All these forms of ocean energy can be used to produce electricity.
Pakistan Council of Renewable Energy Technologies (PCRET),
List of PCRET Renewable Energy Expert Pakistan Council of Renewable Energy Technologies (PCRET), No. 25, H-9,Islamabad, Pakistan, Fax: ++92-51-9258229 |
| Mr. Zafar Iqbal Khokhar Director General Pakistan Council of Renewable Energy Technologies (PCRET) No. 25, H-9, Islamabad - Pakistan Phone: 0092-51-9258228 Fax: 0092-51-9258229, PABX: 0092-51-9258230-31, 9257473-74 |
| Dr. Zafar Iqbal Zaidi, Deputy Director General Experience: More than 30 years experience in Renewable Energy Technologies Field of Expertise Renewable Energy Technologies Photovoltaic Technologies: ·Analysis of Raw material use for solar and semiconductor Industries ·Analysis of Impurities in silicon wafers ·Growth of silicon single crystal to wafers ·Processing of silicon wafers to silicon solar cells ·Encapsulation of Solar Cells to modules ·Test and measurement of Solar Cells and modules ·Sizing of Photovoltaic system and their installation Solar Thermal: ·Passive Heating and Cooling ·Solar Cookers ·Solar Water Heaters ·Solar Dryers ·Solar desalinators ·Petroleum Refining and Petrochemicals ·Integrated Energy Planning ·Solar Power Modeling and its application ·Performance Evaluation and report writing ·Auditor ISO 9001 ·Management of Industrial waste water ·Environmental Chemistry ·Quality assurance and total quality management ·Patent Information system ·Human Resources Management ·Liaison with science and technology agencies ·Establishment of collaborative research and development ·Projects with R & D Organization ·Organizational Development and Management Publications: More than Eighty Five Publications in National and International Journals / Proceeding of the Conferences |
| Mr Munwar Ahmed Email:sheikh173@yahoo.com Experience: more than 25 years in Photovoltaic Photovoltaic, Solar Testing of PV and thermal collector, Photovoltaic Systems Sizing and Installation Completed Project Testing Laboratory for Photovoltaic (PV) and Solar Thermal Appliances ØPV panel testing ØPV array testing ØPV environmental testing ØInverter testing ØPV panel insulation testing ØSolar cell contact adhesion testing ØSolar flat plate and evacuated tube collector testing Machine Used ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I. D. Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Beta scope Thick and Thin Films, Thickness Measurement ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules ·Hall-Effect Measurement of Resistivity, Mobility and Carrier |
| Mr. Manzar Abbas Email: man_abbas@yahoo.com Experience: More than 30 years experience in renewable energy specially photovoltaic single and thin films solar cells Field ·Fabrication of thin films of metals, semiconductors and Insulators in High Vacuum Systems. ·Environmental Detectors (Gas Detectors, IR Detectors) ·Hetrojunctions (On Silicon and Gallium Arsenide substrates) ·Transparent Conducting Oxide Thin Films on semiconductors glasses and lenses. ·Device Fabrication Diode, Transistor, Hetetrojunction, X-Ray Detectors etc) ·Solar Cells Fabrication Silicon, and Gallium Arsenide solar cells) ·Antireflection Coatings on Semiconductors ·Solar Thermal AR Coatings on Glasses, Fabrication of solar thermal devices) ·Amorphous Silicon Solar Cells Fabrication Machine Used ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I. D. Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Beta scope Thick and Thin Films, Thickness Measurement ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules ·Environmental Chamber Solar Cells Module Testing ·Hall-Effect Measurement of Resistivity, Mobility and Carrier Concentration ·Photo spectrometer Transmittance Absorption and Reflectance in Thin Films Publications: More than 30 Publications in National and International Journals / Proceeding of the Conferences |
| Mr. Ashraf Baig Email:baig_ashraf@yahoo.com Photovoltaic Device Fabrication, Solar Cell Fabrication Photovoltaic Systems Sizing and Installation Completed PSDP Project namely Pilot Scale Production of Solar Cells and Modules up to 30kilwatts per annum ISO 9001-94 Certification:·QMS ISO-9001: As management Representative, Organized QMS ISO-9001 and Internal Auditors Training for NIST Scientists; completed the documentation, organized internal audits, and established the QMS ISO-9001. ·Certified: - ISO-17025 Course Machine sued so far ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I.D.Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules ·Hall-Effect Measurement of Resistivity, Mobility and Carrier Concentration ·Photo spectrometer Transmittance Absorption and Reflectance in Thin Films Publication: 10 technical papers in well renowned journal |
| Mr. Muhammad Nadeem Zakir Photovoltaic,CrystalGrowth, Photovoltaic Systems Sizing and Installation Project Director of three PSDP projects ØDevelopment of Low Power High Intensity Solar Lights (2000 LED based solar lights) ØElectrification of Mosque, School and Community Centers in Remote Areas through Solar Energy (120 mosque (200 watts) and school (400 watts)) ØRural Electrification using Solar Energy (Four Villages in Balouchistan) Renewable System Designing & Installations ·Installation of 14 Wind Mills of 300 and 500 watts in Sindh and Balouchistan coastal regions. ·Installation of about 50 PV systems of various powers ranging from 300Watts to 1000Watts at Bughat, Tehsil Dukki, Loralai Balouchistan. ·Installation of 5 KWp PV systems for rural area electrification at Baiker, Dera Bugti, Loralai, Balouchistan. ·Installation of Solar/Diesel Hybrid System at Chib Kalamati, a village located at about 30 Km northwest of Gawadar, Balouchistan with Empower Consultants New Zealand. ·Installation of Wind/Solar/Diesel Hybrid System at Durgai a village in Zardaloo valley; district Sibbi, 50 Km north east of Quetta with Empower Consultants New Zealand. ·Designing & installation of 2 KW PV systems at Jalalabad Garden, Muzaffarabad, Azad Jammu Kashmir. ·Designing & installation of 150 Wp PV systems for lighting at Pakistan Science Foundation Building, Islamabad. ·Designing & installation of 150 Wp PV systems for lighting at NESCOM, Taxila. ·Designing & installation of 250 Wp PV systems for lighting and sound system for a mosque at Haroonabad, Bhawalnagar Publication: More than 20 publications in National and International Journals / Proceeding of the Conferences |
| Engr Anwer Aziz Email:anweraziz@hotmail.com Field: Renewable Energy Commercialization of Products and coordination PV System Sizing and Installation Over 30 year experience in UK & Pakistan, last 25 years in Research & development in the field of Solar Energy Thermal & electricity generation from Photovoltaic Solar Cells, production of Silicon crystal growing , wafering, cell processing & encapsulation of PV cells & framing. Solar System development for application from system sizing, Installation, testing, Monitoring & maintenance etc. mainly Solar Thermal site, designed fabricated Flat plate solar geyser, Cooker box & dish type, dryer, desalination plants etc Having vast experience in engineering disciplines, quality assurance, quality certification audits, manufacturing, designing, planning, implementation, energy audits, Quality Management System lead auditor etc. ØLead Auditor ISO17025 (Laboratory Accreditation) ØLead Auditor ISO17021(Certification bodies Accreditation) ØLead Auditor ISO17021 (National Body Accreditation) ØLead Auditor ISO9001:2005 (Quality Management System |
| Mr. Muhammad Hashim Sheikh Field: Photovoltaic Lamination of modules Experience: More than 20 years experience in renewable energy specially in lamination of solar modules Machines used so far: ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I.D.Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules |
| Mr Abdul Majeed Email: majeed_64@yahoo.com Field: Photovoltaic , Device Fabrication Experience: More than 15 years experience in Photovoltaic devoice fabrication Machine used so far ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I.D.Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules |
| Dr. Afzal Kamboh Email:afzal8isb@yahoo.com ·Fabrication of thin films of metals, semiconductors and Insulators in High Vacuum Systems. ·Environmental Detectors (Gas Detectors, IR Detectors) ·Hetrojunctions (On Silicon and Gallium Arsenide substrates) ·Transparent Conducting Oxide Thin Films on semiconductors glasses and lenses. ·Device Fabrication Diode, Transistor, Hetetrojunction, X-Ray Detectors etc) ·Solar Cells Fabrication Silicon, and Gallium Arsenide solar cells) ·Antireflection Coatings on Semiconductors ·Solar Thermal AR Coatings on Glasses, Fabrication of solar thermal devices) ·Amorphous Silicon Solar Cells Fabrication Machine used so far ·Diffusion Furnace Making PN-Junction & Alloying. ·Screen Printing Front Pattern Designing, Screen Fabrication, Front & Back metallization of Solar Cells. ·Photolithography Masking for Triple Metallization on Si Wafers ·Vacuum Systems AR Coating, TCO Coatings, Hetrojunctions, Detectors ·Dicing Saw/I.D.Saw Wafer Cutting ·Fume Hood Silicon Wafer Etching ·Four Point Probe Resistivity Measurement ·Quantum Yield System Visible Spectroscopy ·Sun Simulator Current-Voltage Characteristics of Cells ·Ni/Ag Electro-Plating Metallization on Solar Cells ·Lamination Fabrication of Solar Cells Modules |
| Mr. Muhammad Akram Email: akram1chdhr@gmail.com Solar Testing Labs PV and Solar Thermal Systems Testing Testing Laboratory for Photovoltaic (PV) and Solar Thermal Appliances ØPV panel testing ØPV array testing ØPV environmental testing ØInverter testing ØPV panel insulation testing ØSolar cell contact adhesion testing ØSolar flat plate and evacuated tube collector testing |
| Engr. Dr Amjad Khan Email: salmankhanpk@mail.com Field: Photovoltaic, Electronic Experience: More 11 years of working experience in the field of Renewable Energy in Pakistan. Basically, Electronic Engineer, and did complete his M.S in Management and Implementation of Development Projects from IDPM, University of Manchester, also he did his Ph. D in Public administration (specialization in Renewable Energy: Policy Studies) from NIDA, Bangkok, Thailand. Concerning his professional expertise, he has been involved in the management and implementation of Solar Energy (Photovoltaic) projects in Pakistan. |
| Mr. S.D. Orfi Project Director Up gradation of facilities to produce Silicon Solar Modules up to 80kW annual capacity Up gradation of production facility of silicon solar cells modules upto 80 kilowatts per annum by installing new crystal growth, cutting machine, squarer machine, wire saw machine and conveyor furnace diffusion furnace in a new labs. |
| Engr. Dr Muhammad G. Doggar Project Director Up gradation and Extension of PCRET Facilities at Islamabad Centre ØPhysical and Financial Planning and Implementation of Project “Up Gradation and Extension of PCRET Facilities at Islamabad” to Achieve the Following Project Goals /Targets: ØConstruction of Solar PV Cells / Systems R&D / Production Laboratories, Auditorium and Office Blocks ØEstablishment of an Engineering Workshop ØUp Gradation of Existing PCRET Labs. ØRenovation of Existing PCRET Building ØCapacity Building of Scientists through Foreign Trainings. |
| Engr Zafar Javed Advisor Field: Electrical Up gradation of facilities to produce Silicon Solar Modules up to 80kW annual capacity Up gradation of production facility of silicon solar cells modules upto 80 kilowatts per annum by installing new crystal growth, cutting machine, squarer machine, wire saw machine and conveyor furnace diffusion furnace in a new labs. |
| Engr. Ch Bashir Ahmed Advisor Field: Electrical. Photovoltaic Up gradation of facilities to produce Silicon Solar Modules up to 80kW annual capacity Up gradation of production facility of silicon solar cells modules upto 80 kilowatts per annum by installing new crystal growth, cutting machine, squarer machine, wire saw machine and conveyor furnace diffusion furnace in a new labs. |
| Engr Amjad Hussain Kamboh Field: Photovoltaic, Solar Testing Labs (PV and Solar Thermal Systems Testing) Experience: More than 5 years experience in Testing Laboratory for Photovoltaic (PV) and Solar Thermal Appliances Project: Testing Laboratory for Photovoltaic (PV) and Solar Thermal Appliances ØPV panel testing ØPV array testing ØPV environmental testing ØInverter testing ØPV panel insulation testing ØSolar cell contact adhesion testing ØSolar flat plate and evacuated tube collector testing |
| Engr. Sami Rajput Field: Photovoltaic, Solar Testing Labs (PV and Solar Thermal Systems Testing) Project: Up gradation and Extension of PCRET Facilities at Islamabad Centre Experience: More than 2 years experience in Testing Laboratory for Photovoltaic (PV) and Solar Thermal Appliances ØPV panel testing ØPV array testing ØPV environmental testing ØInverter testing ØPV panel insulation testing ØSolar cell contact adhesion testing ØSolar flat plate and evacuated tube collector testing |
| Engr. Zakaullah Field: Electronic, Photovoltaic Project: Up gradation of facilities to produce Silicon Solar Modules up to 80kW annual capacity Up gradation of production facility of silicon solar cells modules upto 80 kilowatts per annum by installing new crystal growth, cutting machine, squarer machine, wire saw machine and conveyor furnace diffusion furnace in a new labs. |
| Miss Farhana Jabeen Field: Photovoltaic, Physics Project: Up gradation of facilities to produce Silicon Solar Modules up to 80kW annual capacity Up gradation of production facility of silicon solar cells modules up to 80 kilowatts per annum by installing new crystal growth, cutting machine, squarer machine, wire saw machine and conveyor furnace diffusion furnace in a new labs. Experience: More three years experiences in solar cells fabrication laboratory |
| Miss Anjum Rani Field: Photovoltaic, Physics Project: Up gradation and Extension of PCRET Facilities at Islamabad Centre Experience: More than two Experience working solar cell fabrication lab. |
Solar Thermal
| Mr. Saeed Hussain In charge: Solar Thermal Email:saeed@pcret.gov.pk, Email:love4all62@yahoo.com Field: Solar Thermal (Solar Thermal Power Solar Cooking, Solar Water Heating, Solar Drying and Solar Desalination) Experience: More than 20 years in renewable energy Project Director: Completed project name “Community Solar Dryer for Drying of Dates” in this project installed 10 Solar dryers of 500 kg capacity in dates growing area |
| Mr. Azam Ali Khan Field: Solar Thermal (Solar Cooking, Solar Water Heating, Solar Drying and Solar Desalination), Biogas Experience: More than 28 years in renewable energy specially solar thermal |
Micro Hydel, Biogas and Wind
| Dr. Habib Gul Email: dhg737pk@yahoo.com Field: Appropriate Technology/Renewable Energy (Micro hdyel Fuel Saving Technology) Experience: More than 33 years in renewable energy specially micro hydel and Fuel Saving Technology Field Experience: Installed up to 400 micro hydel plants in KPK |
| Engr. Noor Akbar Khan In-charge of Regional OfficePeshawar Field: Appropriate Technology/Renewable Energy (Micro hydel) Field Experience: More than 30 years in renewable energy especially in micro hydel installation. |
| Engr. Ishfaq Paracha Email;ishfaqparacha@yahoo.com Field: Electrical, Microhydel Project Director of PSDP Provision of Electricity to Earthquake Effected Areas Through Installation of 100 Micro Hydro Power Plants installed more 70 micro hydel plants in to Earthquake Effected Areas |
| Mr. Sarfraz Khan Khattak Email:skkdpm@yahoo.com Field: Appropriate Technology/Renewable Energy, Biogas Experience: More 33 years experience Appropriate Technology/Renewable Energy especially Biogas and Micro hydel Project Director: Development and Promotion of Biogas Technology for meeting domestic fuel needs of rural area and production of Bio-fertilize |
| Engr. Samiullah Sheikh Dead of Regional Office Quetta Field: Appropriate Technology/Renewable Energy Experience: More than 28 years in Appropriate Technology/Renewable Energy |
| Mr. Hakim Ali Siyal Field: Appropriate Technology/Renewable Energy Experience: More than 30 years in Appropriate Technology/Renewable Energy |
| Mr. Badar-ud-Din Regional In charge of PCRET Karachi Field: Biogas and Wind Experience: More 28 years experiences in Biogas and Wind, Installed up to 400 biogas plants and 155 wind mills in Sindh |
| Mr. Rauf Ahmed Email:rauf285@yahoo.com Field: Microhydel, Economics Experience more 25 years microhydel Recently completed a PSDP project f Electrification of Remote Villages of Hilly Areas of NWFP, FATA and Northern Areas through installation of 70 Micro hydel Plants, in this project more 100 microhydel installed in FATA and Northern Areas |
| Mr. Muhammad Nabi Field: Microhydel, Biogas Experience: More than 20 years experience in the field of micro hydel Work in PSDP project f Electrification of Remote Villages of Hilly Areas of NWFP, FATA and Northern Areas through installation of 70 Micro hydel Plants as team member |
| Mr. M. Sultan Khoso Field: Appropriate Technology/Renewable Energy (Biogas) Experience: More 28 years experiences in Biogas installed up to 100 biogas plants in Sindh |
| Mr. Abdul Hameed Saand Field: Computer Science /Renewable Energy Experience: Two experience in RE and 15 years experience in computer science Petroman institute |
| Miss Sohaila Andalib Field: Biogas, Analytical Chemistry Experience: One years experience in biogas |
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