Now to a few basic solar terms and application types...
Solar panels,as most know, are powered by the sun and the engine that drives them are silicon wafers specially coated and doped to create electricity via the photoelectric effect.There are of course other types of panels(most commonly called modules) and break down into three basic categories--->
1)Silicon based,as explained above(These are the most common panels that have what look like tiles on the front.Also there are two basic cell types:Mono and poly crystalline.They are made from the same material but are just cut from diffrent types of silicon ingots.Monocrystalline tend to be more effecient as the crystalline structure is unbroken and thus more expensive but both types are equally viable as cell types.
2)Thinfilm based-which is a combination of metals and plastic/silicon substrates but is basically the flexible panels you see here on Ebay and other places online.....
3)Solar concentrator cells- which are silicon based for the energy exchange but use reflectors to concentrate the light that hits the silicon wafer to increase efficiency.The idea behind these was to reduce the amount of silicon used per panel,cutting customer cost.Drawback is they are not the best to look ,thus bad to have on a roof that is street visible.These are the silver looking panels.
4)Amorphous Silicon which is basically silicon chips sprayed onto a glass substrate and are the uniform looking(one color/one piece) panels most famously protrayed as the harbor freight 3 panel kits available widely on Ebay.
Each has its own disadvantages and advantages over other types but the highest sunlight to electricity conversion rates are definitely with the thinfilms and most notably CIGS(copper-indium-gallium-selinide) cells.Without getting overly complicated there are other thinfilm cells such as GAS(Gallium Arsenide),multilayer cells and of course the new wunderkind nanosolar.
Spectrolabs,which has a lock on most of the space contracts(makes sense as they are a subsidiary of Boeing) makes the highest effeciency thinfilms and have a new triple layer TF technology that is 40% efficient.As space is more radiation deficient than earth due to particulate and diffusion ratios,the highest efficiency cells must be used in space and thus thinfilms.Mars Rovers?Those are Spectro labs panels made of CIGS thinfilms.
The problem with terrestrial TF's and the future of the product is that the metals used(gallium,germanium and Indium) are very limited.There is a set amount of MW(Megawatts) of capacity that can produced and then the supply of the metals will be exhausted at the present levels of mining supply.This is where silicon based solar panels shine above all of the rest as the base material(sand) is absolutely unlimited and the manufacturing processes are being refined on an almost daily basis through market competition to reduce costs(It will be established and low cost technology).No matter what is invented or comes along as the new top dog,silicon based solar cells will be the leading source of PV power for a very long time.Any new technology takes about 5 years to be on a manufacturing schedule due to the basic fact that whoever invents said technology must find money to build a turnkey plant.Nanosolar's(the company) panels are sold out for the next 5 years.That is rated at their production EXPANSION rate,not what they can produce today.That is the other advantage of traditional crystalline panels,there are alot of producers to bring alot of product to the general public.
The present bottleneck in silicon panel supply is the capacity to refine raw silicon into 99% pure(PV grade) silicon through silane gas reformation.This will ease in a few years however and the now sellers market will turn into a buyers fiesta when new silane plants come online and the supply crisis eases. So in the short run TF's are attractive but for the long haul crystalline based tech is where the safe money will be. Concentrator cells have their place but they are band aid cells to ease the current PV silicon shortage(they use 60% less silicon per producable Watt over regular cells).Amorphous cells are very low cost to produce and is their best point but they are very low efficiency and require much larger areas to produce the same power as other cells.Eventually amorphous silicon will cease to be used as smaller and smaller panels start producing more and more power.Silicon cells do have a theoretical 25% efficiency barrier and is a limiting factor as we have reached the limit right now(sunpower panels are 21-22% efficient) but who knows what the near future will bring......
Nanosolar is a newer tech that uses microscopic silicon chips and carbon nanotubules to blend sunlight to boost effeciency.It was also just discovered that if bent in the proper direction light diffusion and radiation increases dramatically producing vast amounts of power but those technologies are years away from production schedules. The tech we have right now can be refined to bring solar to under 2$ a watt and truly be the power that was promised via nuke power as being so abundant it is unmeterable.In the state of California,right now with incentives, is cheaper than grid power.We dont have to wait for the revolution,it is already here !
Hope that isnt more confusing than helpful but ill end with a truly simple outline of typical solar systems. There are again,3 main types:
1)Grid tied-This is where you have your modules tied into the electrical grid via a "net meter" and offset your power bill-"turning your meter backwards".This is more often a suburban solution.
2)Battery Based-This is modules connected to a battery bank to store the power produced by your panels and offers the best autonomy.Grid tied systems disconnect during a blackout and offer power only if batteries are also added to the system.For cabins and remote areas is where this system is used.
3)Standalone-This is just a PV panel directly powering a remote device such as telecom equipment or water pump where battery maintenance is impossible/impractical and cost prohibitive.
Tuesday, March 30, 2010
Solar Power Manufacturer List
Solar Power Panels and Solar Cells - Manufacturers
SunivaUSA
Suniva develops, manufactures and markets high-efficiency silicon photovoltaic (PV) cells. Suniva's focus is solely on silicon PV cell technology and manufacturing and does not engage in any of the downstream integration or manufacturing of modules or products which use its cells.
GreenBrillianceUSA
Leading vertically-integrated PV company. Manufactures top-quality Poly-Si/Mono-Si modules in India. The company distributes/provides solar-power systems & services worldwide.
Signet SolarUSA
Signet Solar designs, develops and manufactures thin film silicon photovoltaic(PV) solar panels and modules for solar farms, commercial solar installations and building integrated solar
Advent SolarUSA
Manufacturer of advanced technology solar cells and modules. Innovative back-contact cell technology.
InnovalightUSA
Innovalight is developing light-activated power generating products based on a unique and patented solvent-based silicon nanomaterial platform.
SunPowerUSA
SunPower designs and manufactures high-performance silicon solar cells.
MiasoléUSA
By marrying a conventional CIGS cell structure with a proven high-volume manufacturing technology, Miasolé sets a new standard for cost efficiency and reliability for the solar industry.
DayStar TechnologiesUSA
DayStar Technologies, Inc. is a pioneer in the development and commercialization of solar electric power generation technologies that include flexible and rigid PV modules, building integrated components and ultra light weight space PV cells.
ASE Americas, Inc.USA
Established as an innovative company, ASE Americas has positioned itself to be the module supplier of choice for those applications which demand the utmost in safety, reliability and performance such as utility, military and telecommunications.
Kyocera SolarJapan/USA
Kyocera is the world's largest vertically-integrated producer and supplier of solar energy products. Our solar division has headquarters in Scottsdale, Arizona, and regional sales centers on five continents, Kyocera Solar, Inc (KSI), our North American solar products subsidiary, services thousands of customers in both the developed and developing world.
Atlantis Energy Inc.USA & Switzerland
Designed and built the first fully integrated PV-roofs (both PV-shingle and PV-shed designs), PV- façades and PV-shading systems in Switzerland. Photovoltaic - building integration realized with SUNSLATES, the electricity generating construction material from ATLANTIS. SUNSLATES are suited to new buildings as well as to retrofitting. Activities: Solar Energy, Sea Water Desalination, Waste Water Recycling, Installation of solar ponds, large scale solar energy collectors with integral heat storage for the supply of thermal energy.
EPV SolarUSA
Leading vertically integrated photovoltaic (PV) company involved in: Thin film photovoltaic manufacturing equipment sales. Building integrated photovoltaics (BIPV) and PV module sales.
Crystal SystemsUSA
Silicon for photovoltaics.
Energy Conversion DevicesUSA
Energy generation (UniSolar, see below), energy storage (batteries), information technology.
Evergreen SolarUSA
Evergreen Solar is a developer and manufacturer of photovoltaic (PV) modules - the engines of solar electric systems - used in remote power and emerging grid-connected markets.
PowerlightUSA
PowerGuard is a patented PV roofing assembly that delivers clean solar electricity to the building while protecting the roof from damaging effects of weather and UV radiation. PowerShade delivers clean, solar electricity while providing shade for parked autos or picnic areas. PowerTracker is a tracking PV structure that provides up to 34% more energy (kWh) than fixed PV structures. Free system evaluation.
PowerFilmUSA
Flexible thin film amorphous silicon solar panels. Monolithic integration manufacturing process reduces manufacturing and installation costs.
Silicon Valley Solar (SV Solar)USA
Manufacturer of flat-plate internal concentrator solar modules.
SunWizeUSA
Industrial Prepackaged Systems ideal for applications such as: Telecommunications, RTU/SCADA Applications, Data Collection, Weather Instrumentation, Navigational Aids, Security Lighting AND Surveillance. "Other products: SunWizeTM Battery Charger, The SunWizeTMOutdoor Area Lighting system can be used for roadways, parking lots and general lighting applications.
TerraSolar, Inc.USA, Europe
TerraSolar Inc. develops, manufactures and markets solar power products for distributed residential, commercial, and industrial markets. The company uses state of the art manufacturing technology to produce the lowest-cost solar electric technologies available on the market today while continuing a tradition of technological innovation.
United Solar Systems Corp. (UniSolar)USA
United Solar's unique thin-film solar cell technology achieves unprecedented levels of efficiency for amorphous silicon solar cells through the use of proprietary triple-junction spectrum-splitting cell design. Its advanced roll-to-roll manufacturing process uses a flexible stainless steel substrate that enables low-cost production and the development of many types of light-weight, robust, flexible and rigid solar cell modules.
SolaicxUSA
Solaicx is developing and implementing breakthrough-manufacturing technology that yields low-cost, high-efficiency silicon photovoltaic material.
Alps TechnologyUSA
Alps Technology Inc designs, manufacturers and makes solar cell and solar module products for commercial, industrial and telecommunication applications worldwide.
OptiSolarUSA
OptiSolar manufactures photovoltaic (PV) modules and produces power from our own large-scale solar farms. OptiSolar’s combination of proprietary manufacturing processes and innovative design yields affordable, durable, amorphous silicon thin-film solar PV panels that significantly reduce the cost of clean solar power.
ICP SolarCanada
A world leader manufacturer of advanced thin film (ATF) solar technology.
CanromCanada
R&D work on Cadmium Telluride thin film polycrystalline solar cells. Canrom's modules of equivalent output, cost less and have longer guarantees than other manufacturers' products. Canrom produces solar cells, modules, systems, and testing equipment.
Day4EnergyCanada
Day4Energy develops proprietary photovoltaic (PV) technology solutions enabling affordable, efficient grid-connected PV energy systems. Highly efficient solar cells, BIPV applications, solar concentrator technology.
BP SolarUK
BP's solar division, BP Solar, was established in 1981 and had a 1998 turnover of $95million. It has manufacturing bases in Australia, India, Spain and California, producing 13.2MW a year. Major recent projects include the supply of solar panels to the athletes village for the 2000 Olympics in Sydney, Australia and a $30 million project to supply solar power to some 400 remote villages in the Philippines.
PilkingtonUK
Pilkington leads the world in photovoltaics modules for advanced buildings. Pilkington also makes solar thermal mirrors for power stations in sunny countries, and photovoltaic panels which can be used in any climate. Pilkington K Glass offers up to 30% better insulation than ordinary double-glazing.
KanekaJapan
Thin-film silicon based solar panels with superior performance.
Origin EnergyAustralia
Origin Energy's revolutionary Sliver® technology developed by the Australian National University's Centre for Sustainable Energy Systems allows for 90% reduction in silicon use. Concept: Sliver Technology (Australian National University)
OdersunGermany
Whether you care for our innovative SOLAR4you solar bags, standard glass laminated SOLAR4power modules or future building concepts and systems for building integrated PV with our SOLAR4building products, Odersun is the right place.
AsolaGermany
Asola produces standard solar modules in various outputs from 50W to 250W, and also provides customized solutions – for example, spherical modules designed for integration on to car roofs and for sliding sunroof solar modules.
ConergyGermany
Conergy is a manufacturer of photovoltaic and thermal systems, including inverters, storage tanks and mounting systems.
Schott SolarGermany
Fully-integrated manufacturer of PV solar power components
IBC SolarGermany
Performance spectrum between 50 Wp and 220 Wp. Real MEGALINE: Extremely low energy return time, exceptionally high cell efficiency and environmentally sound production on state-of-the-art mass production lines.
SunwaysGermany
Development and production of silicon-based high-performance solar cells and solar inverters.
Aleo SolarGermany
In addition to high-quality solar modules from in-house production, Aleo solar also offers specialized traders complete, tailor-made photovoltaic systems: from inverters to the entire assembly system Aleo customers receive everything "from one source".
Q-CellsGermany
Q-Cells AG is a producer of mono- and polycrystalline, silicon-based high-efficiency solar cells.
Ersol Solar EnergyGermany
The core business of ErSol Solar Energy AG is the production of monocrystalline and multicrystalline silicon solar cells.
Solar WorldGermany
SolarWorld AG – constructor of photovoltaic plants and a leading independent German manufacturer and distributor of photovoltaic cells and modules .
Solar-FabrikGermany
Producer of installation-ready solar modules.
InventuxGermany
Thin film solar modules based on silicon. Micromorph tandem technology that has an enormous potential for efficiency and simplifies the manufacturing process of photovoltaic modules.
SolterraSwitzerland
Produces photovoltaic modules, solar cells, solar electric PV systems, thin film coating and standards for the semiconductor industry.
FlexCellSwitzerland
Flexcell manufactures light, thin and flexible PV cells, using a proprietary thin film coating technology. With the aim to achieve significantly lower production costs, flexcell has industrialized the process to deposit a single amorphous silicon layer on low cost plastic substrates.
PV EnterpriseSweden
PV Enterprise supplies both modules and complete system solutions.
Solland SolarNetherlands
Manufacturer of solar cells including back-contact solar cells and mini-cells.
Scheuten Solar SystemsNetherlands
Scheuten Solar Technology has been the manufacturer of both custom made (Optisol®) and standard (Multisol®) solar modules. For this we have the disposal of the most advanced production lines of Europe. Scheuten Solar Systems and Technology have also over more then 20 years experience with the design and turn-key realization of PV-systems. This is valid for projects with both the more eye catching semi-transparent modules and standard modules.
Shell SolarNetherlands
Shell Solar is one of the worlds leading manufacturers of solar cells, panels, and systems. Technologies offered are monocrystalline, multicrystalline, and CIS thin film.
AtersaSpain
Design and production of solar modules, cells and electronic equipment for photovoltaic applications. Turn-key installations. Marketing. Distribution. Photovoltaic systems engineering. State-of-the-art machinery for production of photovoltaic modules.
PhotowattFrance
"Largest integrated manufacturer of photovoltaic wafers, cells and modules in Europe, and the world leader in thin silicon cell technology. TENESA, in South Africa, and TECHNOSOLAR SYSTEMS, in Algeria, are two joint ventures set up with local partners and TOTAL Energie to develop activities of module assembly and systems development". Now a subsidiary of Matrix Solar Technologies.
TenesolFrance
Manufacture and installation of solar modules. Electrification of rural areas. Grid connection etc.
PhotovoltechBelgium
As a spin-off of IMEC, Photovoltech has a variety of innovative technologies at its disposal. Its isotropic texturization production process delivers cells that combine an outstandingly uniform appearance with high efficiencies (up to 16% and more).
Istar SolarItaly
Istar Solar® manufactures a wide range of top quality traditional high efficiency Photovoltaic Modules (Solar Electric Modules) from 60Wp to 220Wp and BIPV for building integration.
SolsonicaItaly
Manufacturer of solar cells and high-wattage solar modules.
Ekarat Solar CompanyThailand
PV cells and modules manufacturer. The company offers on and off the grid solar power system solution and installation.
SelcoIndia
From solar lighting and electricity, to clean water and wireless communications, SELCO aims to empower its customers by providing complete packages of product, service and consumer financing, all under one roof.
Moser Baer PhotovoltaicIndia
Moser Baer Photovoltaic incorporated in New Delhi, India is a subsidiary of Moser Baer India Ltd that caters to the photovoltaic (PV) business. The company plans to make the solar power generation business by manufacturing solar cells and modules, is targeting an annual capacity of 80 MW in Phase I.
Titan SolarIndia
TITAN Energy Systems is one of the leading Indian manufacturer and exporter of solar photovoltaic modules, established in 1995.
Solar SemiconductorIndia
Offers a comprehensive range of PV modules for grid connected as well off-grid applications. Solar Semiconductor has also developed unique “module configuration tools” which will enable us to work collaboratively with our customers to configure custom modules.
MotechTaiwan
Manufacturer of solar cells.
E-Ton SolarTaiwan
Manufacturer of mono-crystalline solar cells.
GintechTaiwan
Solar cell manufacturer.
Baoding Tianweiyingli New EnergyChina
Integrated solar wafer, solar cell and solar module manufacturer.
Suntech PowerChina
Specializes in the design, development, manufacturing and sale of photovoltaic (PV) cells, modules and systems.
Changzhou Trina Solar EnergyChina
Complete vertically integrated product line, from ingot, wafer, solar cell, module, to system. Trina 's solar module, mono-crystalline ingot, and other products are mainly shipping overseas.
Jetion TechnologyChina
Manufacturer of multi- and mono-crystalline solar cells and modules.
SolarFunChina
Specializing in research, production and marketing of monocrystalline and multicrystalline solar cells, modules and PV systems.
LDK SolarChina
LDK Solar Co., Ltd. is a manufacturer of multicrystalline solar wafers, which are the principal raw material used to produce solar cells. LDK sells multicrystalline wafers globally to manufacturers of photovoltaic products, including solar cells and solar modules.
China SunergyChina
Solar cell manufacturer.
SunivaUSA
Suniva develops, manufactures and markets high-efficiency silicon photovoltaic (PV) cells. Suniva's focus is solely on silicon PV cell technology and manufacturing and does not engage in any of the downstream integration or manufacturing of modules or products which use its cells.
GreenBrillianceUSA
Leading vertically-integrated PV company. Manufactures top-quality Poly-Si/Mono-Si modules in India. The company distributes/provides solar-power systems & services worldwide.
Signet SolarUSA
Signet Solar designs, develops and manufactures thin film silicon photovoltaic(PV) solar panels and modules for solar farms, commercial solar installations and building integrated solar
Advent SolarUSA
Manufacturer of advanced technology solar cells and modules. Innovative back-contact cell technology.
InnovalightUSA
Innovalight is developing light-activated power generating products based on a unique and patented solvent-based silicon nanomaterial platform.
SunPowerUSA
SunPower designs and manufactures high-performance silicon solar cells.
MiasoléUSA
By marrying a conventional CIGS cell structure with a proven high-volume manufacturing technology, Miasolé sets a new standard for cost efficiency and reliability for the solar industry.
DayStar TechnologiesUSA
DayStar Technologies, Inc. is a pioneer in the development and commercialization of solar electric power generation technologies that include flexible and rigid PV modules, building integrated components and ultra light weight space PV cells.
ASE Americas, Inc.USA
Established as an innovative company, ASE Americas has positioned itself to be the module supplier of choice for those applications which demand the utmost in safety, reliability and performance such as utility, military and telecommunications.
Kyocera SolarJapan/USA
Kyocera is the world's largest vertically-integrated producer and supplier of solar energy products. Our solar division has headquarters in Scottsdale, Arizona, and regional sales centers on five continents, Kyocera Solar, Inc (KSI), our North American solar products subsidiary, services thousands of customers in both the developed and developing world.
Atlantis Energy Inc.USA & Switzerland
Designed and built the first fully integrated PV-roofs (both PV-shingle and PV-shed designs), PV- façades and PV-shading systems in Switzerland. Photovoltaic - building integration realized with SUNSLATES, the electricity generating construction material from ATLANTIS. SUNSLATES are suited to new buildings as well as to retrofitting. Activities: Solar Energy, Sea Water Desalination, Waste Water Recycling, Installation of solar ponds, large scale solar energy collectors with integral heat storage for the supply of thermal energy.
EPV SolarUSA
Leading vertically integrated photovoltaic (PV) company involved in: Thin film photovoltaic manufacturing equipment sales. Building integrated photovoltaics (BIPV) and PV module sales.
Crystal SystemsUSA
Silicon for photovoltaics.
Energy Conversion DevicesUSA
Energy generation (UniSolar, see below), energy storage (batteries), information technology.
Evergreen SolarUSA
Evergreen Solar is a developer and manufacturer of photovoltaic (PV) modules - the engines of solar electric systems - used in remote power and emerging grid-connected markets.
PowerlightUSA
PowerGuard is a patented PV roofing assembly that delivers clean solar electricity to the building while protecting the roof from damaging effects of weather and UV radiation. PowerShade delivers clean, solar electricity while providing shade for parked autos or picnic areas. PowerTracker is a tracking PV structure that provides up to 34% more energy (kWh) than fixed PV structures. Free system evaluation.
PowerFilmUSA
Flexible thin film amorphous silicon solar panels. Monolithic integration manufacturing process reduces manufacturing and installation costs.
Silicon Valley Solar (SV Solar)USA
Manufacturer of flat-plate internal concentrator solar modules.
SunWizeUSA
Industrial Prepackaged Systems ideal for applications such as: Telecommunications, RTU/SCADA Applications, Data Collection, Weather Instrumentation, Navigational Aids, Security Lighting AND Surveillance. "Other products: SunWizeTM Battery Charger, The SunWizeTMOutdoor Area Lighting system can be used for roadways, parking lots and general lighting applications.
TerraSolar, Inc.USA, Europe
TerraSolar Inc. develops, manufactures and markets solar power products for distributed residential, commercial, and industrial markets. The company uses state of the art manufacturing technology to produce the lowest-cost solar electric technologies available on the market today while continuing a tradition of technological innovation.
United Solar Systems Corp. (UniSolar)USA
United Solar's unique thin-film solar cell technology achieves unprecedented levels of efficiency for amorphous silicon solar cells through the use of proprietary triple-junction spectrum-splitting cell design. Its advanced roll-to-roll manufacturing process uses a flexible stainless steel substrate that enables low-cost production and the development of many types of light-weight, robust, flexible and rigid solar cell modules.
SolaicxUSA
Solaicx is developing and implementing breakthrough-manufacturing technology that yields low-cost, high-efficiency silicon photovoltaic material.
Alps TechnologyUSA
Alps Technology Inc designs, manufacturers and makes solar cell and solar module products for commercial, industrial and telecommunication applications worldwide.
OptiSolarUSA
OptiSolar manufactures photovoltaic (PV) modules and produces power from our own large-scale solar farms. OptiSolar’s combination of proprietary manufacturing processes and innovative design yields affordable, durable, amorphous silicon thin-film solar PV panels that significantly reduce the cost of clean solar power.
ICP SolarCanada
A world leader manufacturer of advanced thin film (ATF) solar technology.
CanromCanada
R&D work on Cadmium Telluride thin film polycrystalline solar cells. Canrom's modules of equivalent output, cost less and have longer guarantees than other manufacturers' products. Canrom produces solar cells, modules, systems, and testing equipment.
Day4EnergyCanada
Day4Energy develops proprietary photovoltaic (PV) technology solutions enabling affordable, efficient grid-connected PV energy systems. Highly efficient solar cells, BIPV applications, solar concentrator technology.
BP SolarUK
BP's solar division, BP Solar, was established in 1981 and had a 1998 turnover of $95million. It has manufacturing bases in Australia, India, Spain and California, producing 13.2MW a year. Major recent projects include the supply of solar panels to the athletes village for the 2000 Olympics in Sydney, Australia and a $30 million project to supply solar power to some 400 remote villages in the Philippines.
PilkingtonUK
Pilkington leads the world in photovoltaics modules for advanced buildings. Pilkington also makes solar thermal mirrors for power stations in sunny countries, and photovoltaic panels which can be used in any climate. Pilkington K Glass offers up to 30% better insulation than ordinary double-glazing.
KanekaJapan
Thin-film silicon based solar panels with superior performance.
Origin EnergyAustralia
Origin Energy's revolutionary Sliver® technology developed by the Australian National University's Centre for Sustainable Energy Systems allows for 90% reduction in silicon use. Concept: Sliver Technology (Australian National University)
OdersunGermany
Whether you care for our innovative SOLAR4you solar bags, standard glass laminated SOLAR4power modules or future building concepts and systems for building integrated PV with our SOLAR4building products, Odersun is the right place.
AsolaGermany
Asola produces standard solar modules in various outputs from 50W to 250W, and also provides customized solutions – for example, spherical modules designed for integration on to car roofs and for sliding sunroof solar modules.
ConergyGermany
Conergy is a manufacturer of photovoltaic and thermal systems, including inverters, storage tanks and mounting systems.
Schott SolarGermany
Fully-integrated manufacturer of PV solar power components
IBC SolarGermany
Performance spectrum between 50 Wp and 220 Wp. Real MEGALINE: Extremely low energy return time, exceptionally high cell efficiency and environmentally sound production on state-of-the-art mass production lines.
SunwaysGermany
Development and production of silicon-based high-performance solar cells and solar inverters.
Aleo SolarGermany
In addition to high-quality solar modules from in-house production, Aleo solar also offers specialized traders complete, tailor-made photovoltaic systems: from inverters to the entire assembly system Aleo customers receive everything "from one source".
Q-CellsGermany
Q-Cells AG is a producer of mono- and polycrystalline, silicon-based high-efficiency solar cells.
Ersol Solar EnergyGermany
The core business of ErSol Solar Energy AG is the production of monocrystalline and multicrystalline silicon solar cells.
Solar WorldGermany
SolarWorld AG – constructor of photovoltaic plants and a leading independent German manufacturer and distributor of photovoltaic cells and modules .
Solar-FabrikGermany
Producer of installation-ready solar modules.
InventuxGermany
Thin film solar modules based on silicon. Micromorph tandem technology that has an enormous potential for efficiency and simplifies the manufacturing process of photovoltaic modules.
SolterraSwitzerland
Produces photovoltaic modules, solar cells, solar electric PV systems, thin film coating and standards for the semiconductor industry.
FlexCellSwitzerland
Flexcell manufactures light, thin and flexible PV cells, using a proprietary thin film coating technology. With the aim to achieve significantly lower production costs, flexcell has industrialized the process to deposit a single amorphous silicon layer on low cost plastic substrates.
PV EnterpriseSweden
PV Enterprise supplies both modules and complete system solutions.
Solland SolarNetherlands
Manufacturer of solar cells including back-contact solar cells and mini-cells.
Scheuten Solar SystemsNetherlands
Scheuten Solar Technology has been the manufacturer of both custom made (Optisol®) and standard (Multisol®) solar modules. For this we have the disposal of the most advanced production lines of Europe. Scheuten Solar Systems and Technology have also over more then 20 years experience with the design and turn-key realization of PV-systems. This is valid for projects with both the more eye catching semi-transparent modules and standard modules.
Shell SolarNetherlands
Shell Solar is one of the worlds leading manufacturers of solar cells, panels, and systems. Technologies offered are monocrystalline, multicrystalline, and CIS thin film.
AtersaSpain
Design and production of solar modules, cells and electronic equipment for photovoltaic applications. Turn-key installations. Marketing. Distribution. Photovoltaic systems engineering. State-of-the-art machinery for production of photovoltaic modules.
PhotowattFrance
"Largest integrated manufacturer of photovoltaic wafers, cells and modules in Europe, and the world leader in thin silicon cell technology. TENESA, in South Africa, and TECHNOSOLAR SYSTEMS, in Algeria, are two joint ventures set up with local partners and TOTAL Energie to develop activities of module assembly and systems development". Now a subsidiary of Matrix Solar Technologies.
TenesolFrance
Manufacture and installation of solar modules. Electrification of rural areas. Grid connection etc.
PhotovoltechBelgium
As a spin-off of IMEC, Photovoltech has a variety of innovative technologies at its disposal. Its isotropic texturization production process delivers cells that combine an outstandingly uniform appearance with high efficiencies (up to 16% and more).
Istar SolarItaly
Istar Solar® manufactures a wide range of top quality traditional high efficiency Photovoltaic Modules (Solar Electric Modules) from 60Wp to 220Wp and BIPV for building integration.
SolsonicaItaly
Manufacturer of solar cells and high-wattage solar modules.
Ekarat Solar CompanyThailand
PV cells and modules manufacturer. The company offers on and off the grid solar power system solution and installation.
SelcoIndia
From solar lighting and electricity, to clean water and wireless communications, SELCO aims to empower its customers by providing complete packages of product, service and consumer financing, all under one roof.
Moser Baer PhotovoltaicIndia
Moser Baer Photovoltaic incorporated in New Delhi, India is a subsidiary of Moser Baer India Ltd that caters to the photovoltaic (PV) business. The company plans to make the solar power generation business by manufacturing solar cells and modules, is targeting an annual capacity of 80 MW in Phase I.
Titan SolarIndia
TITAN Energy Systems is one of the leading Indian manufacturer and exporter of solar photovoltaic modules, established in 1995.
Solar SemiconductorIndia
Offers a comprehensive range of PV modules for grid connected as well off-grid applications. Solar Semiconductor has also developed unique “module configuration tools” which will enable us to work collaboratively with our customers to configure custom modules.
MotechTaiwan
Manufacturer of solar cells.
E-Ton SolarTaiwan
Manufacturer of mono-crystalline solar cells.
GintechTaiwan
Solar cell manufacturer.
Baoding Tianweiyingli New EnergyChina
Integrated solar wafer, solar cell and solar module manufacturer.
Suntech PowerChina
Specializes in the design, development, manufacturing and sale of photovoltaic (PV) cells, modules and systems.
Changzhou Trina Solar EnergyChina
Complete vertically integrated product line, from ingot, wafer, solar cell, module, to system. Trina 's solar module, mono-crystalline ingot, and other products are mainly shipping overseas.
Jetion TechnologyChina
Manufacturer of multi- and mono-crystalline solar cells and modules.
SolarFunChina
Specializing in research, production and marketing of monocrystalline and multicrystalline solar cells, modules and PV systems.
LDK SolarChina
LDK Solar Co., Ltd. is a manufacturer of multicrystalline solar wafers, which are the principal raw material used to produce solar cells. LDK sells multicrystalline wafers globally to manufacturers of photovoltaic products, including solar cells and solar modules.
China SunergyChina
Solar cell manufacturer.
How Does Solar Power Work?
Generating electricity from the sun starts at the Photovoltaic Panel or "PV Panel" for short. PV Panels are made from two thin layers of semi-conducting material, usually silicon, treated with a chemical substance. When sunlight hits the panels a reaction occurs and the panels start generating electricity. The amount of electricity produced varies depending on the intensity of sunlight. The three most commonly produced panels today are Monocrystalline, Polycrystalline and Thin Film/ Amorphous.
When a PV Panel generates electricity it is produced in the form of Direct Current or DC Voltage. The amount of DC Voltage produced varies depending on the type of PV Panel used. The power being supplied to you outlets from your power company is 120 Volts AC. Therefore, we must convert the DC voltage produced by your panels into usable 120 VAC. This is done at the Inverter. The size of your system and roof space will determine how your panels are strung together. An Inverter is capable of taking these various DC inputs and converting them to a consistent 120 VAC. From there, the electricity is sent to your meter and you are now ready to use the power you produced (with the help of the sun). And, if you are tied to the grid, you can send power back to your power company. All of this is done with no moving parts and without the use of any fossil fuels.
How does PV work?
A typical PV system uses panels of solar cells, made from semi-conducting materials that react with sunlight to produce electricity. This electricity is then transferred into the property to power appliances and provide lighting, or if surplus to requirements, is sold to the local electricity network.
The Solar Cell
Solar cells are the power units of every PV system. A PV cell consists of two thin layers of semi-conducting materials, usually silicon , that have been treated with chemical substances. These chemicals react to sunlight when it shines on the cell, creating an electric field across the layers and producing electricity. The greater the intensity of sunlight, the greater the flow of electricity. This process is called the 'photovoltaic effect' and is explained in greater detail below.
1 The cell is covered with a thin layer of anti-reflective coating (ARC) to minimise light reflection
2 The top semi-conducting layer, or 'n' type layer, is doped with tiny amounts of phosphorus so that almost every thousandth silicon atom is replaced by a phosphorus atom. This creates free moving negative charges called 'electrons'.
3 The base semi-conducting layer, or'p' type layer, is doped with miniscule amounts of boron so that almost every milllionth silicon atom is replaced by a boron atom. This creates free moving positive charges called 'holes'.
4 When the 'n' and 'p' type layers are placed close together, as they are in a solar cell, the positively charged 'holes' and the negatively charged 'electrons' are attracted to each other. As they move into their respective neighbouring layers they cross a boundary l ayer called the 'p-n junction'. This movement of negatively and positively charged particles generates a strong electrical field across the p-n junction. When sunlight strikes this field it causes the electron particles and the hole particles to separate, which in turn creates a voltage of around 0.5V. 5 The voltage pushes the flow of electrons or 'DC current' to contacts at the front and back of the cell where it is conducted away along the wiring circuitry that connects the cells together.
Types of PV Cells
Solar cells can be made from a number of semi-conducting materials. A semi-conducting material is one that has a limited capacity for conducting an electrical current and those used in solar cells are all uniquely suited to producing electricity from sunlight - the photovoltaic effect.
By far the most commonly used material is silicon, which is the main component of quartz sand and, after oxygen, is the second most common element in the Earth's crust.
The performance of a solar cell is measured in terms of its efficiency at turning solar radiation or 'sunlight' into electricity. A typical solar cell has an efficiency no greater than 13 - 15% as only a portion of the sunlight energy spectrum can be converted into electricity and much of the sunlight is reflected or absorbed by the materials that make up the cell. If this seems off putting bear in mind that a gas power station has an energy conversion efficiency of only 35% and that 70% of the electricity generated is lost during the long distance transmission to the consumers- you and I.
Here is an overview as to the properties of the types of commercial solar cell available today.
Type of Cell Efficiency Durability Comments
Monocrystalline 13% - 15% More than 30 years *Highest efficiency = least surface area required so most suitable for properties with limited roof area. *Most expensive due to complicated manufacturing process
Polycrystalline 10% - 13% More than 25 years Most commonly used type of cell as offers good efficiency at reasonable cost
Thin Film / Amorphous 5% - 7% More than 20 years *Low efficiency requires large surface area. *Made from flexible material and so can be used on curved building surfaces *Works better in diffuse light than mono & polycrystalline
The PV Panel
As an individual solar cell only generates a low voltage, approx 0.5V, a number of cells are wired together to form a solar panel or 'module' that can generate anything between 80-165kWp. Modules are then connected together to form a PV array that will be typically fitted onto a southerly facing roof at an angle of between 30º and 50º in order to receive maximum sunlight. South-easterly and south-westerly facing systems can be installed with only a 5% reduction in panel efficiency but panels placed on a northerly orientation do not receive adequate sunlight to generate sufficient electricity.
It is extremely important that all the solar panels in a system are free from shading during the daylight hours. Even the partial shading of one cell in a panel will lower its power output. As the cells of a panel are connected in series the weakest cell will bring the others down to its lowered power level, which can reduce the efficiency of the whole panel by as much as fifty percent.
The PV System
PV systems are quoted in kWp (kilo Watts peak), which is the rating of DC power produced by the system at any one time during optimum lighting and temp erature conditions. The DC power needs to be converted into AC before it can be used with household appliances or is transferred onto the national energy grid. This is done via an inverter and through the exchange process some power is lost. A well installed PV system in the south of Britain should produce between 750kWh and 850kWh of AC electricity annually for every 1kWp of PV installed.
The panels and the inverter account for a major portion of the cost of a PV system but there are additional components required to ensure that the system operates safely, reliably and to current regulatory electrical. These are shown in the diagram below:
On Grid Systems
Grid-connected photovoltaic systems are the most common type as they make use of the existing mains electricity grid. They are simpler in design and easier for the installers to fit than off grid systems. The electricity produced during the daytime is either used by the property owner, or directed back into the electricity grid and brought by a utility company, an arrangement called 'net metering'. At night, or on dark days when the panels do not produce sufficient power, electricity can then be bought in from the grid.
Off Grid systems
Far less common is an "off grid" or 'stand alone' system, which produces and stores power independently from the utility grid. These systems are particularly suitable in remote locations especially those where the property is more than one-quarter mile from the nearest power lines. Often the installation of an off grid PV system proves more cost-effective than extending the power lines. The electricity generated by the panels is stored in a bank of rechargeable batteries as DC but in order to power household appliances an inverter will be required to convert the stored DC to AC. These rechargeable batteries contain specialised parts and chemicals not found in disposable batteries and are therefore larger and more expensive to purchase and maintain.
When a PV Panel generates electricity it is produced in the form of Direct Current or DC Voltage. The amount of DC Voltage produced varies depending on the type of PV Panel used. The power being supplied to you outlets from your power company is 120 Volts AC. Therefore, we must convert the DC voltage produced by your panels into usable 120 VAC. This is done at the Inverter. The size of your system and roof space will determine how your panels are strung together. An Inverter is capable of taking these various DC inputs and converting them to a consistent 120 VAC. From there, the electricity is sent to your meter and you are now ready to use the power you produced (with the help of the sun). And, if you are tied to the grid, you can send power back to your power company. All of this is done with no moving parts and without the use of any fossil fuels.
How does PV work?
A typical PV system uses panels of solar cells, made from semi-conducting materials that react with sunlight to produce electricity. This electricity is then transferred into the property to power appliances and provide lighting, or if surplus to requirements, is sold to the local electricity network.
The Solar Cell
Solar cells are the power units of every PV system. A PV cell consists of two thin layers of semi-conducting materials, usually silicon , that have been treated with chemical substances. These chemicals react to sunlight when it shines on the cell, creating an electric field across the layers and producing electricity. The greater the intensity of sunlight, the greater the flow of electricity. This process is called the 'photovoltaic effect' and is explained in greater detail below.
1 The cell is covered with a thin layer of anti-reflective coating (ARC) to minimise light reflection
2 The top semi-conducting layer, or 'n' type layer, is doped with tiny amounts of phosphorus so that almost every thousandth silicon atom is replaced by a phosphorus atom. This creates free moving negative charges called 'electrons'.
3 The base semi-conducting layer, or'p' type layer, is doped with miniscule amounts of boron so that almost every milllionth silicon atom is replaced by a boron atom. This creates free moving positive charges called 'holes'.
4 When the 'n' and 'p' type layers are placed close together, as they are in a solar cell, the positively charged 'holes' and the negatively charged 'electrons' are attracted to each other. As they move into their respective neighbouring layers they cross a boundary l ayer called the 'p-n junction'. This movement of negatively and positively charged particles generates a strong electrical field across the p-n junction. When sunlight strikes this field it causes the electron particles and the hole particles to separate, which in turn creates a voltage of around 0.5V. 5 The voltage pushes the flow of electrons or 'DC current' to contacts at the front and back of the cell where it is conducted away along the wiring circuitry that connects the cells together.
Types of PV Cells
Solar cells can be made from a number of semi-conducting materials. A semi-conducting material is one that has a limited capacity for conducting an electrical current and those used in solar cells are all uniquely suited to producing electricity from sunlight - the photovoltaic effect.
By far the most commonly used material is silicon, which is the main component of quartz sand and, after oxygen, is the second most common element in the Earth's crust.
The performance of a solar cell is measured in terms of its efficiency at turning solar radiation or 'sunlight' into electricity. A typical solar cell has an efficiency no greater than 13 - 15% as only a portion of the sunlight energy spectrum can be converted into electricity and much of the sunlight is reflected or absorbed by the materials that make up the cell. If this seems off putting bear in mind that a gas power station has an energy conversion efficiency of only 35% and that 70% of the electricity generated is lost during the long distance transmission to the consumers- you and I.
Here is an overview as to the properties of the types of commercial solar cell available today.
Type of Cell Efficiency Durability Comments
Monocrystalline 13% - 15% More than 30 years *Highest efficiency = least surface area required so most suitable for properties with limited roof area. *Most expensive due to complicated manufacturing process
Polycrystalline 10% - 13% More than 25 years Most commonly used type of cell as offers good efficiency at reasonable cost
Thin Film / Amorphous 5% - 7% More than 20 years *Low efficiency requires large surface area. *Made from flexible material and so can be used on curved building surfaces *Works better in diffuse light than mono & polycrystalline
The PV Panel
As an individual solar cell only generates a low voltage, approx 0.5V, a number of cells are wired together to form a solar panel or 'module' that can generate anything between 80-165kWp. Modules are then connected together to form a PV array that will be typically fitted onto a southerly facing roof at an angle of between 30º and 50º in order to receive maximum sunlight. South-easterly and south-westerly facing systems can be installed with only a 5% reduction in panel efficiency but panels placed on a northerly orientation do not receive adequate sunlight to generate sufficient electricity.
It is extremely important that all the solar panels in a system are free from shading during the daylight hours. Even the partial shading of one cell in a panel will lower its power output. As the cells of a panel are connected in series the weakest cell will bring the others down to its lowered power level, which can reduce the efficiency of the whole panel by as much as fifty percent.
The PV System
PV systems are quoted in kWp (kilo Watts peak), which is the rating of DC power produced by the system at any one time during optimum lighting and temp erature conditions. The DC power needs to be converted into AC before it can be used with household appliances or is transferred onto the national energy grid. This is done via an inverter and through the exchange process some power is lost. A well installed PV system in the south of Britain should produce between 750kWh and 850kWh of AC electricity annually for every 1kWp of PV installed.
The panels and the inverter account for a major portion of the cost of a PV system but there are additional components required to ensure that the system operates safely, reliably and to current regulatory electrical. These are shown in the diagram below:
On Grid Systems
Grid-connected photovoltaic systems are the most common type as they make use of the existing mains electricity grid. They are simpler in design and easier for the installers to fit than off grid systems. The electricity produced during the daytime is either used by the property owner, or directed back into the electricity grid and brought by a utility company, an arrangement called 'net metering'. At night, or on dark days when the panels do not produce sufficient power, electricity can then be bought in from the grid.
Off Grid systems
Far less common is an "off grid" or 'stand alone' system, which produces and stores power independently from the utility grid. These systems are particularly suitable in remote locations especially those where the property is more than one-quarter mile from the nearest power lines. Often the installation of an off grid PV system proves more cost-effective than extending the power lines. The electricity generated by the panels is stored in a bank of rechargeable batteries as DC but in order to power household appliances an inverter will be required to convert the stored DC to AC. These rechargeable batteries contain specialised parts and chemicals not found in disposable batteries and are therefore larger and more expensive to purchase and maintain.
The Ten Principles of Preparedness™
Are your preparedness strategies methodical and logical or sporadic and scattered? Do you feel like you’ll never “get there?” Did you know that nearly 100% of all persons attempting to be more self-reliant are too focused on less significant areas of preparedness to the detriment of more critical ones? Through the modern day commercialization of “survival” and emergency preparedness products, it’s easy to get knocked off course with your preparedness efforts. This class will bring you back into focus on your self-reliant efforts.
Discover what the most critical 10 Areas of Preparedness are, as well as their rightful points of prioritization. Through this proven system, you’re sure to learn how you can better tackle the state of self-reliance for you and your family.
For the experienced or the beginning participant, this education experience will prove to be enlightening and practical. You’ll appreciate preparedness as an organized, logical, and methodical task rather than an act of fearful futility.
Upon completion of this 90-minute training course you’ll feel like you’re on the right path to self-reliance with a clear vision of where you need to go, what you need to have, and what you can truly accomplish. In addition, The Preparedness Pro will be sure to provide you with some back-up wisdom in the form of an informational handout as well.
Discover what the most critical 10 Areas of Preparedness are, as well as their rightful points of prioritization. Through this proven system, you’re sure to learn how you can better tackle the state of self-reliance for you and your family.
For the experienced or the beginning participant, this education experience will prove to be enlightening and practical. You’ll appreciate preparedness as an organized, logical, and methodical task rather than an act of fearful futility.
Upon completion of this 90-minute training course you’ll feel like you’re on the right path to self-reliance with a clear vision of where you need to go, what you need to have, and what you can truly accomplish. In addition, The Preparedness Pro will be sure to provide you with some back-up wisdom in the form of an informational handout as well.
Rocky Mountain Power
At Rocky Mountain Power, your safety is very important. The first response to an emergency is to Think Safety. Weather emergencies such as ice storms, tornadoes and earthquakes can cause power outages and electric safety concerns. To keep your family safe, it’s important to be prepared.
For safety information, please visit www.rockymountainpower.net/ed/po/os
There is specific information regarding downed lines, safety at home and in a vehicle, information on generators and putting together a safety kit, as well as our outage restoration process.
For safety information, please visit www.rockymountainpower.net/ed/po/os
There is specific information regarding downed lines, safety at home and in a vehicle, information on generators and putting together a safety kit, as well as our outage restoration process.
CERT Training - Cache County
The Cache County Sheriff’s Office and the Cache County Community Emergency Response Team (CERT) Council are offering an 8-week course for people interested in learning how to take care of themselves, their families, and their communities in an emergency.
Date: Each Thursday, April 1st – May 27th with a Final at the Logan City Fire Department Training Tower on May 29th. (No class on April 8th due to Spring Break.)
Time: 6:30 – 9:30 p.m.
Place: Cache County Sheriffs Office, 1225 West Valley View Highway, Logan.
Cost: There is no fee for the course; however, training materials and supplies (manual, ID card, instruction materials, and basic CERT kit) will cost $45.00.
Registration and Information: Contact Sandy Spendlove at 563-5143.
Date: Each Thursday, April 1st – May 27th with a Final at the Logan City Fire Department Training Tower on May 29th. (No class on April 8th due to Spring Break.)
Time: 6:30 – 9:30 p.m.
Place: Cache County Sheriffs Office, 1225 West Valley View Highway, Logan.
Cost: There is no fee for the course; however, training materials and supplies (manual, ID card, instruction materials, and basic CERT kit) will cost $45.00.
Registration and Information: Contact Sandy Spendlove at 563-5143.
Preparedness Products from Cookin' With Home Storage
Berkefeld Water Filters:
Go Berkey – Ideal for in the car, camping, or emergency situations. 1 qt capacity,
1 filter, plus a Berkey Sports water filter, all in a carry case.
Special $119.00 plus $10 shipping
Big Berkey – with 2 filters - Special $220.00
with 4 filters – Special $259.00 plus $18 shipping
Royal Berkey– with 2 filters - Special $304.00
with 4 filters – Special $240.00 plus $18 shipping
Extra Filters – 2 filters $99.00
4 filters $175.00 plus $6.00 shipping
Berkey Sports Water Bottle -- Special $24.00 plus $4 shipping
Non-Electric Grain Mills
Country Living Grain Mill (power bar, bean auger, and shipping included)
Special $430.00
Family Grain Mill Special $129.00 plus $10.00 shipping
Mill and Flaker Special $189.00 plus $15.00 shipping
Books
Cookin' With Home Storage by Vicki Tate –Deluxe Version Special $14.00
From Band Aids to Self-Sufficiency by Wynn Westmoreland Special $20.00
The Sense of Survival by Alan South Special $14.50
Country Beans by Rita Bingham Special $14.50
Amazing Wheat Book by LeArta Moulton Special $14.50
Mix a Meal by Eanna Bean and Lorna Shute Special $11.50
Where There is No Doctor Special $20.25
Where There is No Dentist Special $11.50
Lovin’ Dutch Ovens Special $20.00
Cleansing or Surgery Special $6.25
Shipping--$3.50 for 1 book, add $1 or each additional book
Health Products, etc.
Medical Corp Potassium Iodate—protection for thyroid from nuclear fallout
Special: $14.00 shipping $2.00
Ion Stabilized Oxygen – excellent for water storage and medicinal uses
Special: $12.50 shipping $2.00
Defense – excellent immune system builder and enhances healing at the cellular
level. Special: $20.00 shipping $3.00
SilverZone -- excellent colloidal silver—200ppm Special: $24.00 shipping $3.00
SeMax Smokeless Formula – homeopathic formula to curb smoking. Very effective.
Special: $29.00 shipping $3.00
SeMax Hair Loss Formula for men and women-- 2 bottle kit
Special: $59.00 shipping $5.00
Food Storage
Call for current specials on Freeze and Dehydrated foods.
When ordering in Utah please add 6.25% sales tax.
Please feel free to call with any questions: (435) 835-8283
or mail to:
Cookin' With Home Storage—Vicki Tate
302 E 200 N
Manti, UT 84642
Go Berkey – Ideal for in the car, camping, or emergency situations. 1 qt capacity,
1 filter, plus a Berkey Sports water filter, all in a carry case.
Special $119.00 plus $10 shipping
Big Berkey – with 2 filters - Special $220.00
with 4 filters – Special $259.00 plus $18 shipping
Royal Berkey– with 2 filters - Special $304.00
with 4 filters – Special $240.00 plus $18 shipping
Extra Filters – 2 filters $99.00
4 filters $175.00 plus $6.00 shipping
Berkey Sports Water Bottle -- Special $24.00 plus $4 shipping
Non-Electric Grain Mills
Country Living Grain Mill (power bar, bean auger, and shipping included)
Special $430.00
Family Grain Mill Special $129.00 plus $10.00 shipping
Mill and Flaker Special $189.00 plus $15.00 shipping
Books
Cookin' With Home Storage by Vicki Tate –Deluxe Version Special $14.00
From Band Aids to Self-Sufficiency by Wynn Westmoreland Special $20.00
The Sense of Survival by Alan South Special $14.50
Country Beans by Rita Bingham Special $14.50
Amazing Wheat Book by LeArta Moulton Special $14.50
Mix a Meal by Eanna Bean and Lorna Shute Special $11.50
Where There is No Doctor Special $20.25
Where There is No Dentist Special $11.50
Lovin’ Dutch Ovens Special $20.00
Cleansing or Surgery Special $6.25
Shipping--$3.50 for 1 book, add $1 or each additional book
Health Products, etc.
Medical Corp Potassium Iodate—protection for thyroid from nuclear fallout
Special: $14.00 shipping $2.00
Ion Stabilized Oxygen – excellent for water storage and medicinal uses
Special: $12.50 shipping $2.00
Defense – excellent immune system builder and enhances healing at the cellular
level. Special: $20.00 shipping $3.00
SilverZone -- excellent colloidal silver—200ppm Special: $24.00 shipping $3.00
SeMax Smokeless Formula – homeopathic formula to curb smoking. Very effective.
Special: $29.00 shipping $3.00
SeMax Hair Loss Formula for men and women-- 2 bottle kit
Special: $59.00 shipping $5.00
Food Storage
Call for current specials on Freeze and Dehydrated foods.
When ordering in Utah please add 6.25% sales tax.
Please feel free to call with any questions: (435) 835-8283
or mail to:
Cookin' With Home Storage—Vicki Tate
302 E 200 N
Manti, UT 84642
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