Stage II Turbo solar power thermal power grid – sunlight Paper, Power Generation – report Industry


Sunlight Paper Thermal utility company 3 # 2 Turbo, 9 August the very first time impulse transfer device debugging and working, the news headlines team missing after a quick combination and modification of technical parameters optimized, in at 11:26 p.m. on 29 August and community power generation, the operation indicators meet the design requirements. Up to now, the company’s complete installed ability of thermal power 300MW. Thermal utility company no. 2 turbine-generator product in effective procedure, in order that thermal history of the building organization has written a glorious page.

Thermal energy venture state III scale furnace three machines, including a platform 480 tons / whenever Taiwan 135MW boilers and a generator ended up being put into procedure in January 2008. Current added to the project as a 50MW pumping back force turbine generator and a 410 t / whenever boiler. DEH entire task uses lots of rate control system, DCS centralized control system along with other higher level technology, manufacturing process-control computer system are put on the list of three hosts had been stated in pulverized coal boiler factory in Wuxi and Nanjing Turbine engine (Group) Co., Ltd. complete pair of manufacturing Turbo works were only available in October 2008, inside heat-engine, Fire , Hydraulic systems, Electrical , Thermal control, interaction equipment Dengjun to normalcy working conditions, on July 28, 2009 # 2 steam-turbine primary vapor piping system, impulse control purge, in August the rainy season, brought to the apparatus, installation problems, business actively and gear makers and set up companies, commissioning company interaction, systematic improvement installation plans, measures, treatments, and address associated with the unit vibration, equipment factors problems such as oil high quality, and completed a few work before commissioning. At 11:56 regarding the August 29 begin impulse turbine converts 14:16 Unit Speed 3000 r / min, after which do a manual shutdown, fuel shot evaluating and electrical opposition testing, short-circuit test, stress test, false parallel, etc. begin the test items, 23:26, Generators success, aided by the load getting rejected test, speed test and all other tests the conclusion of this unit will go into the 168-hour test period.

Because the Sun Paper “Eleventh Five-Year” crucial jobs of technical transformation, new operating no. 2 product as a pump-back force steam turbine, combined temperature and power utilization tasks is an essential part associated with the rated energy of 50MW steam turbine generator ranked at 60MW. in production, Nanjing Turbine & Electrical Machinery (Group) Co., Ltd. when it comes to brand-new designs, technological problems people with a high needs, short production period and work load alongside characteristics of learning from your errors, wanting to development, exact procedure, assuring top quality services and products created. Loading in the large and medium stress cylinder and low-pressure cylinders pumping test after an effective mix of manufacturing, make persistent efforts to attain a high-voltage component and reasonable area of the successful connection, and full total address cylinder. This unit steam removal strategy making use of rotary separator by the electro-hydraulic control system of central control, thermal energy than the industry standard is much more than thermal, high energy efficiency, decreasing manufacturing costs, improve the dependability of electricity offer, raise the proportion of recycling economic climate from to an important role. The system of production, when it comes to Sun to deliver a far more trustworthy temperature and power defense, ecological security will even play a greater role.

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Solar Water Heater Industry To Enhance The Development Of A Comprehensive Rural Areas


“Guarantee product quality,


In time, strictly control channels … … “on May 24, Sun 92 rain on behalf of solar energy group

Solar water heaters

Countryside successful enterprises in Beijing issued a commitment to the National Farmers.


Water heater

Countryside, in less than six months time experienced twists and turns, there are many controversies that have grass-roots industry in the countryside will make the process of how the performance? “Solar water heater is long overdue ‘countryside’, and this product itself is rooted in folk, so the countryside and not unusual.” China


Association of Solar Energy Professional Committee Luo Zhentao introduction, “In recent years, consumption increased rapidly in rural solar water heaters in


, Jiangsu, Shandong and other provinces to promote the capacity of 60%? 70%. “Luo Zhentao said solar water heater be incorporated into the end of last year

Bringing home appliances

Range, but on February 19 this year, the second round of subsidies for home appliances to the countryside when opening variety, “because organizations do not understand the solar industry, the commission of the China Household Electrical Appliances Association to do the work, together with the installation of individual solar energy companies and after-sales Service and other issues of doubt, eventually led to the accident out of solar water heater. “” Because our industry is coming from the grassroots economy, and there are still many problems, industrial dispersion of large, low barriers to entry, few large enterprises, the traditional mode of operation have not fully adapted to home appliances to the countryside, we should also perfect complement. “Leader of Jiangsu on Solar’s chairman Wang Hui I think,” solar water heater to the countryside, can no longer be a rural guerrilla


Mode and service mode, can not have business made money, sell products nobody phenomenon, the brand must increase the degree of concentration and industry standardization operation to a higher level. “

Solar water heater to the countryside to avoid the phenomenon appears quite a mixed bag, Wang Hui Yu at the Commerce Department, Ministry of solar energy to rural areas provide a business forum on the proposal, companies must pay 300,000 winning bid bond, pressure on the government departments concerned, this proposal now written in the tender clauses. Wang Hui Yu said, “current industry problems, would you go to the countryside on the solar water heater produces numerous concerns, my proposal is to require all businesses interested in solar energy to rural areas, to the government, to express our sincere brother farmers, if You go to the countryside with illegal operation of the product, if you go to the countryside against the interests of farmers of products, your margin, there is no winning. “” At present, China’s solar water heater technology has more than 20 national standards, three industry standards, basic the formation of the solar water heater standard system, this will add 15 standards, including “domestic solar water heating system thermal efficiency limit value and efficiency rating” is a national mandatory standards, is the core of the standard. “Luozhen Tao said. To ensure the implementation of the project to rural areas, the Beijing New


Renewable Energy Association, with the Lessons of the Deputy Secretary-General, said the association is working with the Beijing Municipal Planning Commission, the construction commission, North standard office, jointly established civil solar water heater system standards, Atlas, and product sourcing directory. Deputy Secretary-General Song Zhongkui China Energy Conservation Association said the association will actively participate in the solar industry standards, supervision and inspection work.

China Renewable Energy Association Shi Dinghuan that “solar water heaters in China over the years has made important contributions to energy conservation, the countryside will not only make it more possible for peasants to clean, safe, efficient, sustainable development of new energy products, but also in technology, quality, cost and service to raise the overall development of the industry. “

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What Are The Advantages Of Using Geothermal Heating And Cooling Systems


Humans have been taking advantage of geothermal energy since the Paleolithic era. Today, in 2004, for instance, as many as 70 countries have directly used 270 PJ of geothermal heat; 2007 also saw 28GW of geothermal heating capacities being installed all over the world. This satisfies only 0.07% of the total global energy consumption. So, to encourage the use of geothermal heating and cooling devices, the US government has enforced the American Recovery and Reinvestment Act of 2009. This Act entitles homeowners investing in the installation of geothermal systems to claim 30% of the installation charges in tax credits, the very year the system comes into service. Apart from government incentives, geothermal systems also offer other advantages.

Geothermal Heating and Cooling: Advantages

The three main advantages of Geothermal Heating and Cooling system are:

Renewable energy resource: Geothermal systems reduce your carbon footprints by tapping into the free and renewable energy resource found in your backyard. No pollution, no green house gas emission! By installing geothermal devices, you can considerably reduce your contribution to global warming.

Reduce utility bills: Geothermal systems can extract six times the energy that your grid provides. This means that these green systems are six time more effective than the electrical heating system. You can save up to three-fourth the price of electrical heating and one-fourth to half the cost of operating an air conditioner. A 1500 sq.ft house, equipped with geothermal heating and cooling devices, will have utility cost between $ 30 and $ 50 per month in the US climate.

Reliable and safe: Since geothermal systems have only a few moving parts, they are highly reliable. Failures are rare and require minimal maintenance. Since these systems do not have any outside parts, there is no chance of wear and tear in the outdoor condenser, unlike that in air conditioning systems. No risk of leaves and twigs entering the duct pipes and no chance of vandalism.

Additionally, geothermal heating and cooling systems are also durable. The polyethylene pipe in the loop fields come with a warranty of 50 years and last up to 200 years. With geothermal systems in place, you can eliminate the risk of CO poisoning which is usually associated with the natural gas heating process. The risk of fire outbreaks is lower as compared to having gas furnace or water heater.

Geothermal Heating and Cooling systems reduce utility bills, are reliable and safe for home use and can last a lifetime. if you are interested in knowing more about geothermal systems, call the experts at Sandium.

Going Underground: What Does the Future Hold for Geothermal Energy?

(November 28, 2011) Roland Horne discusses the future possibilities for geothermal energy and what that could mean for the landscape of alternative energy around the globe. He discusses some of the key difficulties that stand in the way of geothermal being a large source of alternative energy.

Stanford University:

Stanford Energy Seminar

Precourt Institute for Energy:

Stanford University Channel on YouTube:
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Sources of Energy

Fossil fuels are fast depleting commodities. That is why many government bodies, universities and scientists are in search of alternative sources of energy. It is necessary that we become less dependent on non renewable sources of energy. The nuclear energy was once looked up to as a replacement to the renewable source because a huge amount of energy could be produced from a small amount of uranium. But a uranium source is also limited and has got to finish in future. An alternative energy source is the group of energy source which is independent of natural resources. They don’t eat up fossil fuels. But these alternative energies have some advantages like they are much more cheap and less in pollution and disadvantage like it is not available always. Now let’s have a look at all the sources available:

Power from Oil

Crude Oil exists naturally within Earth, it is found in underground pools stuck in rock and sands. This source is assumed to be available for another century.

Power from Coal

It is a very common source of energy, found in mines. Coal mines of the past could create considerable environmental damage and once the mining was completed the landscape mined would become altered forever. Now with new technology this concept of mining would be gone very soon.

Hydroelectric Power

This power is generated from movement of water. The energy from movement of water is stored in reservoirs and then used to rotate large electrical turbines which produce electricity. 90% of the renewable energy source comes from hydro electricity power generation.

Power from Algae

It is actually possible to harness energy from natural cycle of photosynthesis and turn this into energy that we can use. The main problem is the amount of land required to create ‘algae farms’ is huge to have an impact. There remains an uncertain problem with refinement process and long term effects of farming it on massive scales over environment.

Power from Hydrogen

This resource is available in plenty but the problem lies in refining it. The refining can still be done but the problem is refining it fiscally.


Fusion Power Generation

Vast amount of energy can be harnessed by this source, however there are risks involved in the production. Fusion works by taking two particles and making them move in reverse direction and then when in peek velocity they are mode to collide. This collision supplies the energy required to harness power.

Power from Natural Gases

Natural gas is a very safe and secure way of generating power but it is dangerous when we take accidents into account. It is highly flammable source, thus in a residential area or a commercial building it is dangerous too because it can blow away the whole building in a fire accident.

Power from Sun

Solar energy is harnessed from the rays of the sun. The worrying factor is that it can’t give considerable power for a measureable duration because when sun disappears the power does not last long.

Geothermal Energy

This source comes from Earth’s core and is abundant and the safest of all. It is already in use and always a feasible source to generate.

Nuclear Power

It is a massive source which can be harnessed from a very small amount of uranium. But it is destructive in nature that means potential meltdown. If a meltdown occurs it can kill everything in a radius of 100miles.

Power from Wind

This is a neat source of alternative energy and renewable also. A correct setup can produce a lot of electricity without any real hazard.

Power from Bio-mass

This source comes from the remains of organic life that is agricultural crops and organic plant materials.

Tidal Power

This source comes from waves in the ocean. This is a natural source and also availability is in plenty.


All this alternative sources of energy if used wisely then the fossil fuel can sparingly used and this will make  cheap electricity for small business  as well as for residential use.


Model hydro electric power plant DIY – hydraulic electricity generator.
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Related Hydroelectric Energy Articles

Save energy and time


Packing services NYC is an important institution as well organization to pack the good and transport it to a particular place. There are many companies in the market giving the facility of packing,moving,loading and unloading etc. The services are given in economical cost and with reliability and the progress of the co depends upon the behavior of the staff towards the co. Actually this type of service oriented co have branches everywhere and they are equipped with telephone,fax,and other facility at their door-step. The process of relocation of goods also plays a integral part .In the process of relocation following items are included:


1)Firstly the goods are packed safely


2)good gets transported via any of the desired channels


3)goods are unpacked and relocated to places where the customer wants to put.


Household goods services are also important for the companies reputation build up. Now the goods are packed in such a way to decrease the cost per packing after that goods are transported to the destination again the goods are unpacked and again they are relocated in the place where the customer needs.


Car transportation services in also very important in this the car in parked in a truck and the truck then transports the car to some another destination. Professional movers nyc are the key components in moving things from on place to another within the budget of the customer.


Now insurance is also one of the key things which motivate the customer to feel secure till the goods are transported to destination in safe manner. Actually all the companies wants the goods to reach the desired spot without any hindrances but man cannot unforeseen incidents i.e loss due to fire, or due to theft etc but to avoid this the co gives insurance policy to the customer so that goods are insured and if any mishaps happen the customer the recover from the amt of insurance.


Now corporate moving and packing is also important point of discussion. As they all know that the office goods to be transported from one place to another is considered as corporate goods. And the co packs the goods firstly then transports it to the particular destination and the unpack the goods at the spot decided by the goods owner. They are reliable convenient way of understanding.


Now escorts services also play any important role the team-leader remains till the goods get transported to the destination prescribed. And the major benefit is the customer does not get losses due to some unethical or some malpractices.


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Related Hydroelectric Energy Articles

Global Geothermal Power and Heat Pump Market Outlook: (2010-2015)



Original Source: Geothermal Power Market 

Buy Now: Market Research

Geothermal energy is a renewable source of energy derived from the earth’s crust. The heat available underneath is called as geothermal heat, which is utilized to generate power by drilling wells and employing various technologies such as dry steam, flash steam, and binary cycle. Another major utilization of geothermal heat is its direct use in space heating, aquaculture, horticulture, swimming pools, and spa treatments. These two applications form the geothermal energy industry and are the focus areas of interest in the report.


The report provides comprehensive analysis and forecast of geothermal energy industry. The analysis and forecasts are based on key data points regarding installed capacity, technological developments and use, market segments, research and development. It incorporates cost related aspects of the geothermal energy industry categorized into fixed and variable costs.


The report also consists of updates and developments in the market during the last 12 months. The surging prices of non-renewable sources, petroleum in particular and growing concern over pollution control is helping the growth of the market for renewable sources of energy.


Markets Covered

The major applications of geothermal energy like electricity generation and direct use (geothermal heat pump installations) have been covered in great detail. The sub-types of these applications of geothermal energy based on their conversion technologies and equipments have been analyzed in detail. We have done an in-depth competitive landscape and geographic analysis for each of the markets and their sub-segments, covering the major markets, viz. Americas, Europe, Asia Pacific (APAC), and Rest of the World (RoW).



· Geothermal power plant companies

· Geothermal industry equipment manufacturers

· Government agencies

· Institutional investors/shareholders

· Power distributors

· Environmental research institutes


Research Methodology

The global geothermal energy market is analyzed and forecasted for the period 2010 to 2015. Market forecasts are based on primary and secondary research data. The market structure is designed on the basis of the secondary research conducted to study the product portfolios of major global renewable energy companies. This structure is cross-validated through primaries conducted with the industry players and KOL’s (Key opinion leaders). The secondary research was based on paid sources such as Factiva and basic internet search for relevant news articles and websites of companies and associations.


The major players have been profiled on the basis of their recent additions to installed capacities, future projects, and publicly available information. The market value for geothermal electricity is calculated on the basis of average tariff rates in major countries.


For geothermal heat pumps, market is forecasted on the basis of cumulative number of installations assuming average capacity of heat pump to be 12kW. The installed capacity of geothermal heat pump is approximated to be 67% of total installed capacity based on secondary and primary research.


What makes our reports unique?

· We provide the longest market segmentation chain in this industry- not many reports provide market breakdown upto level 5.

· We provide 10% customization. Normally it is seen that clients do not find specific market intelligence that they are looking for. Our customization will ensure that you necessarily get the market intelligence you are looking for and we get a loyal customer.

· 15 pages of high level analysis including benchmarking strategies, best practices and the market’s cash cows (BCG matrix). We conduct detailed market positioning, product positioning and competitive positioning. Entry strategies, gaps and opportunities are identified for all the stakeholders.


Powerful Research and Analysis

MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world. MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom research services.


M&M covers thirteen industry verticals, including advanced materials, automotive and transportation, banking and financial services, biotechnology, chemicals, consumer goods energy and power, food and beverages, industrial automation, medical devices, pharmaceuticals, semiconductor and electronics, and telecommunications and IT. We at MarketsandMarkets are inspired to help our clients grow by providing apt business insight with our huge market intelligence repository. To know more about us and our reports, please visit our



MarketsandMarkets (M&M) is a global market research and consulting company based in the U.S.

We publish strategic advisory reports and serve as a business intelligence partner to Fortune 500 companies

across the globe. MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom

research services.


Geothermal Energy: Harnessing the Heat Beneath Your Feet

Right below your feet is a source of renewable energy that is largely untapped. It heats groundwater by conduction and convection as it travels toward the surface of the earth. Lawrence Livermore National Lab scientists Carol Bruton and John Ziagos explain how geothermal energy can be used to generate electricity or heat buildings. Series: Science on Saturday [10/2008] [Science] [Show ID: 15238]
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EU energy roadmap 2050


The EU is at a very delicate point in time with regards to energy and climate change
policies. The current state of play will entail several ongoing pivotal and strategical
debates: the ETS system which needs to be revised, the shale gas issue, as well as the
new energy efficiency targets are highlighting limp policy improvements, especially at a
member states level.

With regards to the inextricable interrelation between energy and climate change
policies, the EU seems thus to be arrived at a crucial stage which will determine the
credibility of its future engagements. If the European public debate and declaration of
intent, particularly from the Commission, have clearly paved the way for a transition to a
low carbon economy, the decision making process is encountering several internal and
external hustles. In addition, low carbon prices and the success of shale gas extraction
in the US have disrupted the discreet success of the international public discourse in the
aftermath of the Durban Convention on climate change.

As notably some of the 2020 emission reduction objectives have been achieved also
due to the economic downturn, at the present stage, the future of a credible policy of
transition towards a low-carbon economy relies upon a credible political engagement
which appears under pressure. Changing the direction of the EU economic model in time
of economic crisis is evidently not an easy task, in particular when trying to implement a
business-friendly environment through environmentally-friendly investments. Managing
risk and opportunities of a low carbon transition implies that businesses have certainty
on the pathway and on timely decision making, as well as on the predictability of highlevel
political direction.

In order to deal with this changing policy and regulatory environment, entrepreneurs
from all energy sectors need to know which emerging policies and developments will
affect their operations most significantly and how to best anticipate the uncertain
markets and the impacts of future changes. Europe as a whole is sending contrasting
signals which are not helping renewables to receive the impetus which is needed for the
target set out to reach as a long-term strategy. If on the one hand, the EU agrees on
high environmental standards, on the other hand, this fact is confirming the viability of
the so called lowest common denominator decision-making process.

This method is arguably unable to provide the activeness which is required by the current scenario.It will be fundamental to understand which will be the immediate future of energy
policies, especially from the point of view of the energy mix which the EU intends to
adopt for the future.The interplay between the debates on the energy road map and the
shale gas issue, along with the discussion on offshore gas drilling, should give a
valuable insight on these matters currently under debate: the EU energy production, its
environmental standards and the obstacles towards a low carbon economy transition.

The path towards the EU Energy Roadmap 2050

The United Nations Framework Convention on Climate change reached an agreement
towards future legally binding actions to take at a global level (10 December 2011). The
EU has emerged as the major propelling force due to its legitimate interests and its
previous commitments under the Kyoto agreements, which should serve as a flying
bridge for this new establishment. All countries participating at the Convention, including
reluctant India and China, agreed upon both a new mitigation regime to be discussed by
2015 and the beginning of its implementation by 2020. In addition, a package of climate
friendly measures should be enforced under the Green Climate Fund1 which should
allocate $ 100 billion. This contribution should flow from rich to emerging countries,
though it is still unclear who, among the former, should bear the costs.

Subsequently (15 December), the EU Commission has made public a long-awaited
Communication with a detailed description of the policy orientation towards an “Energy
Roadmap 2050″2. This new strategy has the ambitious aim to reduce greenhouse gas
emissions (GGE) of 80-90% by 2050, given 1990 levels. The implementation of the
previously put-into-force 2020 strategy has so far achieved a reduction level of 10%.
Even though there has been a widespread agreement on the valuable contribution of the
recession to this result, the Commission has clearly stated the achievability of these new
ambitious aims, given the current trend scenarios undertaken within its analysis and
public consultations.

In addition, despite uncertainties with regards to the commercial use of shale gas and
the introduction of Carbon Capture and Storage (CCS) system, as well as to the role of
nuclear power and climate change attitudes around the world, the Energy Roadmap
communication takes a clear positive stance claiming the necessity of a “no regrets”
approach. The policy orientation towards the enhancing of an environmentally
sustainable energy market, the boosting of the EU economy and the security of supplies
have thus daringly emerged both at a Council and at a Commission level, though within
some degree of discrepancy on the priorities during and after the consultation period at
the beginning of last year.                                                                                                                                       

The Commission has also been preparing specific goals on relevant sectorial policy challenges, as actions towards the power sector, transports, industries, residential and services, as well as agriculture need to be calibrated with their respective patterns. 

Boosting energy efficiency and differentiation measures and provide
for a favourable investing climate will be essential. The Commission recognised that
uncertainty is a major barrier to investment and it is necessary to provide for a firm
forward-looking policy and legislative framework.

In order to assure a secure competitive, decarbonised energy system, the energy sector
is in need to be gradually reshaped given the need to consider developments throughout
the globe and especially within suppliers in neighbour countries. The highly volatile
fossils fusels prices are considered dangerous for the EU economy both in terms of
competitiveness and supply security, as the Russian-Ukrainian crisis and the Libyan
case have soundly demonstrated.

The Commission has undertaken that a major shift within the energy paradigm was also
globally needed in order to offset the effects of the forecasted changes within the internal
market. This is a point of view can explain the EU diplomatic boldness at the Durban
Convention. The EU energy mix is in fact expected to be radically reshaped by 2050.

Expected scenario
Renewables should increase up to 60% of the supply, the nuclear is supposed to
gradually fade away, while oil and solid fuels should be drastically reduced to lower one
digit percentages. Gas should remain in a steady state confirming its strategic role in the
transition to a decarbonised economy4. Energy efficiency and electricity will play a
pivotal role. While the Commission has already presented an Energy Efficiency Plan,
emphasising the necessity to influence consumers’ habitudes as well, electricity costs
are persisted to rise to 2030, when refurbishment infrastructures costs over the 30/40
years foreseen to complete the energy shift, should be mortised.

Decentralisation is considered another important driver of change. The interplay
between infrastructures and an efficient energy internal market have in fact been
frequently pointed out. Hindering factors for a common energy market is often attributed
both to main providers’ resistance and the absence of a European energy smart grid,
which are often not convenient for large nation–based companies.

The issue of storage is featured high as well within this new EU strategy, as storage
technologies are maintained critical. Greater efficiencies and competitiveness are
required to go along with the improvement of infrastructures in order to manage the
variations of wind and solar power. This factor should decrease the need for backup
capacity and baseload supplies.

As a result of all the above, investments in R&D are strongly encouraged with the double
aim of boosting the EU economy and of speeding up the commercialization of all lowcarbon
energy solutions.

The EU Energy Roadmap has been drafted within two main principles: firstly, climate
changes call for a swift and concrete action. Secondly, being energy defined as a public
good, it needs to be managed within an effective open-market under the EU framework.
It will thus result strategical to tackle this issue in order to reshape and readapt the EU
economy to the current political and economical global mainstreams. The Commission
has also understandably underlined the capital importance of a broader and more
coordinated EU approach to international energy relations.

«L’absurde naît de cette confrontation entre l’appel humain et le silence déraisonnable du monde», A.Camus, Le Mythe de Sisyphe, 1942

Energy star dehumidifier


Energy star dehumidifier is the latest and efficient model that consumes less energy to make environment friendly and normal. Energy star dehumidifier models have more efficient refrigeration coils, compressors, and fans than conventional models, which means they use less energy to remove moisture.  Energy star dehumidifier prevents damage to your home’s structure, protect your indoor air quality, lower the humidity in your environment and minimize allergens. Dehumidifier works well in your rooms, home, offices, basement, halls and even crawl spaces. It keeps your environment dry and air breeze with the help of its dehumidifier. Energy star dehumidifier use less energy to reduce dehumidify from air.


Purify room environment

This is the basic need of every customer today. Everyone wants to purify its room and living places from moisture and other allergen organs. Energy star dehumidifier works for the room’s environment and keep the temperature normal. This product absorbs the moist and water from air and sends it to the bucket. 

Drain bucket

During the working of this unit, the air is drawn into the dehumidifier and water is extracted and collected in a drain bucket throughout a hose. When this process is complete, comfortable, dry and healthier air is dispersed into your space.


Dehumidifier is variable in their size, pint capacity and features. Select the best unit that suits your space, location and area for locating.

Empty water 3ways

In this unit 3 different ways are opted for empty the water.


Portable dehumidifier is the great option to move the device for removing smell, humid and moisture from the different areas of your home. Whole house dehumidifiers control the moisture from entire space in which the model is located. Two sides’ handles and wheels make it easier to move from one place to another even in basement areas. Its wheels help it to move to the desire location. Just roll and carry to another location to get the benefit.

Suitable for basement

The unit can pump the water upward to drain out a basement window or into a sink, up to 16 feet with the provided hose. Energy star dehumidifier works well in basement and even crawl spaces. You can select the capacity according to your space and location.

Electronic Control

The electronic controls allow you to monitor humidity and temperature. You have to select the best model that is designed to control the humidity in your specific area. The dehumidifier also provides a push-button electronic control panel for selecting one of three fans speed, increasing or decreasing the room humidity-level.

Energy star dehumidifier products are such products that have been approved for being energy efficient. This product uses 20% to 30% less energy than the standard set by the Federal Government. This labeling was created in 1992 by the United States Environment protection Agency. By 2006, more than forty thousand products were ready for marketing which meet the energy star standard. 

2008 Deep Research Report on Global and China Thin Film Solar Cell Industry — Aarkstore Enterprise


Summary :

2004 German Government Subsidy on Solar industry brought great increased of global solar energy industry, Strong demand of solar energy lead solar grade polysilicon shortage and very high profit margin of global polysilicon manufacturers. While year 2007, great success of US First Solar brought a new era of Thin Film solar cell. 1.3$ /wp low cost, 11% middle high efficiency, EU and US large and long term contracts, large-scale manufacturing without raw materials shortage….all these factors help First Solar achieved high profit margin, greatly increasing revenue and high-reliable income expectation. This also meant year 2007 and the coming years will be the goldtime for thin film solar. During the passing 2007, thin film is the hottest field in solar industry. A lot of new projects hold foundation or put into production, equipments vendors owned a lot of new equipment orders even though they have more than 1 year contracts with full production capacity. Beside US First Solar, Japan Sharp also started their large capacity thin film plan, German Q-CELL Schott Solar etc also invested a lot on thin film solar cell, Taiwan published more than 10 thin film project almost in one day, China Suntech increased their thin film investment before their commercial production, Shenzhen Topray Solar went public successfully, Hebei Xinao Group invested about 14billion RMB on thin film business etc news all showed thin film was welcomed by more and more capital and attention, thin film low cost and more energy help reducing solar power cost compare with crystal silicon solar energy though C-Si PV will be the key product in the near future. But for long time seeing, thin film likely can be the hero on reducing solar power cost or even less than traditional fire power.

2008 Deep Research Report on Global and China Thin Film Solar Cell Industry was published by  Solar Energy Research Center in Feb 2008. It a professional and depth research report on global and China thin film solar cell industry chain. In the report, the following information will be included:

Global or China thin film (CdTe CIS/CIGS a-Si(Single Tandam or triple junction) amorphous/microcrystalline[a-Si/μc-Si] double junction) etc) Manufacturing Process and related technology information;
2005-2013 Global and China thin film solar cell Manufacturers capacity, production and expansions
Market share by manufacturers by regions by technology (CdTe CIS/CIGS a-Si a-Si/μc-Si etc);
Global and China Building or Planning thin film new projects and related information about these new comers;
2005-2013 global and China thin film solar cell supply demand and shortage
Global and China thin film solar cell (module) Cost Price Value and Profit Margin
USA EU Japan China Taiwan etc regional thin film production and market share
CdTe CIS/CIGS a-Si(Single Tandam or triple junction) amorphous/microcrystalline[a-Si/μc-Si] double junction) manufacturing process and their productions and market share
12 items (such as revenue production technology shareholders customer contacts etc) of each manufacturer (more than 70 thin film manufacturers)
Thin film solar cell or module efficiency of all manufacturers in the world and China
Thin film solar cell industry development trend (2008-2013) and related conclusions

Table of Contents :

Chapter One Thin Film Solar Cell Overview 1
1.1 Definition of Thin Film Solar Cell 1
1.2 Classification and Application 3
1.3 Industry Chain Structure 5
1.4 Difference between Thin Film and Crystal Silicon Solar Cell 5

Chapter Two Manufacture Technology and Processes of Thin Film Solar Cell 6
2.1 Thin Film Manufacturing Technology Overview 6
2.2 CdTe Manufacturing Process 6
2.3 CIS/CIGS Manufacturing Process 8
2.4 Thin Film Silicon Solar Cells Manufacturing Process 9
2.5 Other Thin Film Manufacturing Process 16

Chapter Three Thin Film Solar Cell Productions Supply Sales Demand Market Status and Forecast 2008-2013 19
3.1 CdTe Productions Overview 19
3.2 CIS/CIGS Productions Overview 23
3.3 Thin Film Silicon Solar Cell Productions Overview 27
3.4 Global Total Thin Film Solar Cell Productions Overview 34
3.5 Global Thin Film Solar Cell Demand 37
3.6 Supply and Demand of Global Thin Film Solar Cell 40
3.7 Thin Film Solar Cell Cost Price Value Efficiency Profit Margin 40

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Deep Research Report on Global and China Solar Cell and Module Industry — Aarkstore Enterprise


2009 Deep Research Report on Global and China Solar Cell and Module Industry was solar energy research center in Dec 2009.It was a deep research report on global and china solar cell and solar module industry. In this report the following information was include 2005~2013 Global and China Solar Cell/Module Productions Supply, Sales, Demand, Market, Status and Forecast
Detail information of Global 28 Solar Cell/Module Vendors and China Local 31 Vendors
Company Basic Information (products, income customers, materials& equipment capacity Expansion plans shareholders operation & Management Team etc 13 Items)
Company financial information solar cell and solar modules production Capacity revenue cost Gross margin Average selling price average cost of sales etc
Company Upstream midstream downstream information Main contracts, partners project and related information main products production base and related information etc
Project development strategy was also introduced according supply and demand relationship Manufacture Technology and Equipment
Also analyse global and China solar cell and module development trend according Global PV industry development trend and related countires policies
At last,  listed deep research conclusions according solar cell and module yesterday today and tomorrow and also analyse new solar cell and module project feasibility via a special case.

In a word, it was a deep research report on global and china solar cell and module industry chain. And thanks to the global and China solar cell and module marketing or technology experts support during solar cell and module research team survey and interviews.

Table of Contents :

Chapter One Introduction 1
1.1 Purpose and Scope 1
1.2 Methodology 1

Chapter Two Solar Cell and Module Executive Summary 4
2.1 Definition of Solar Cell 4
2.2 Classification and Application 10
2.3 Industry Chain Structure 13
2.4 Difference in Single-Crystal Silicon,Multi-Crystal Silicon and a-Si thin film solar cell 14
2.5 Advocate solar power 16

Chapter Three Manufacture Technology and Equipment of Solar Cell 23
3.1 Manufacture Technology of Solar Cell in Lab overview 23
3.1.1 About Light absorption 23
3.1.2 About metallization technology 24
3.1.3 About PN-junction- forming technology 24
3.1.4 About surface and bulk passivation techniques 25
3.2 Manufacture Technology of Solar Cell in industrial overview 25
3.2.1 Characteristics of Industrial Production 25
3.2.2 Screen printing and related techniques 25
3.3 Manufacture Technology of Solar Cell overview 27
3.4 Equipment and staffing of production line overview 35
3.5Global equipment industry analysis40
3.5.1 Situation and Analysis of International Solar Cell Equipment 40
3.5.2 Situation and Analysis of Homemade solar cell equipment 41
3.5.3 Global Solar cell equipment supplier 48

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Aarkstore Enterprise specialize in providing online market business information on market research reports, books, magazines, conference booking at competitive prices, and strive to provide excellent and innovative service to our customers. We are built on the premise that reading is valuable, capable of stirring emotions and firing the imagination. Whether your looking for new product trends or competitive analysis of a new or existing market, Aarkstore Enterprise has the best resource.

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