Trina Solar Awarded Underwriter
Laboratories' CTDP Certification
CHANGZHOU, China, Nov. 15, 2012 /PRNewswire/ -- Trina
Solar Limited (NYSE: TSL) ("Trina Solar" or the
"Company"), a leading integrated manufacturer of solar
photovoltaic (PV) products, today announced thatit has
obtained the Client Test Data Program ("CTDP") certification
from UL (Underwriters Laboratories). The Company is the first solar PV
company to be awarded this certification, reflecting Trina Solar's
continued commitment to its PV testing capabilities and its emphasis on
product quality and reliability.
Trina Solar's Changzhou PV Testing Center is now eligible to
participate in the Client Test Data Program after undergoing a rigorous
inspection and audit by UL. As the first CTDP-certified PV company,
Trina Solar goes one step beyond the Witness Test Data Program
("WTDP"). Trina Solar is now able to independently conduct
testing programs and to issue UL recognized test data without requiring
the on-site presence of UL dispatched engineers.
In conjunction with the certification, UL and Trina Solar
have signed a framework agreement to strengthen collaboration.
"Trina Solar's collaboration with UL will further the quality and
reliability of our products," commented Mr. Zhiguo Zhu, SVP and
President of Trina Solar's Module Business Unit. "Being the first
PV company to receive the CTDP certification is an important milestone
in the development of Trina Solar. It affirms that our testing staff,
standards and capabilities are of the highest caliber in the PV
Mr. Zhu added, "The certification and collaboration
also highlight Trina Solar's commitment to research and development and
product excellence, which are key to solidifying our Company's brand in
the U.S. and other global markets. In order to overcome the challenges
we face in the global PV industry today, Trina Solar is working
tirelessly to improve the overall value of its PV products and the
affordability of solar-generated electricity."
"We are pleased to have awarded the CTDP certification to Trina
Solar. Dedicated efforts from both sides allowed the review and
certification to be accomplished in a relatively short period. During
the entire process, we were very impressed by the professional and
technical qualities that Trina Solar's staff demonstrated,"
commented Mr. Jun Shi, Deputy General Manager of UL China. "By
signing this collaboration with Trina Solar, we look forward to
continuing to work together in advancing safety and quality standards
in the PV industry."
Encompassing a total area of over 7000 square meters, Trina
Solar's Testing Center supports product certification, material
reliability testing, highly accelerated aging test, and a comprehensive
range of test material evaluation and research. Testing capabilities
cover PV product testing standards including IEC61215, IEC61730 and
UL1703. These tests simulate stresses in the natural environment and
examine the ability of PV products to withstand and maintain
performance in the extreme weather conditions, which they are subject
About Trina Solar Limited
Trina Solar Limited (NYSE: TSL) is a leading manufacturer of
high quality modules and has a long history as a solar PV pioneer since
it was founded in 1997 as a system installation company. Trina Solar is
one of the few PV manufacturers to have developed a vertically
integrated business model, from the production of monocrystalline and
multicrystalline silicon ingots, wafers and cells to the assembly of
high quality modules. Trina Solar's products provide reliable and
environmentally-friendly electric power for a growing variety of
end-user applications worldwide. For further information, please visit
Trina Solar's website at www.trinasolar.com.
UL is a premier global safety science company with more than
100 years of proven history. Employing nearly 9,000 professionals in 46
countries, UL is evolving the future of safety with five distinct
business units – Product Safety, Environment, Life & Health,
Verification and Knowledge Services – to meet the expanding needs of
customers and the global public. For more information on UL's family of
companies and network of 95 laboratories, testing and certification
facilities, go to UL.com.
This announcement contains forward-looking statements within
the meaning of the safe harbor provisions of the Private Securities
Litigation Reform Act of 1995. All statements other than statements of
historical fact in this announcement are forward-looking statements,
including but not limited to, the Company's ability to raise additional
capital to finance the Company's activities; the effectiveness,
profitability and marketability of its products; the future trading of
the securities of the Company; the Company's ability to operate as a
public company; the period of time for which the Company's current
liquidity will enable the Company to fund its operations; general
economic and business conditions; demand in various markets for solar
products; the volatility of the Company's operating results and
financial condition; the Company's ability to attract or retain
qualified senior management personnel and research and development
staff; and other risks detailed in the Company's filings with the
Securities and Exchange Commission. These forward-looking statements
involve known and unknown risks and uncertainties and are based on
current expectations, assumptions, estimates and projections about the
Company and the industry in which the Company operates. The Company
undertakes no obligation to update forward-looking statements to
reflect subsequent occurring events or circumstances, or changes in its
expectations, except as may be required by law. Although the Company
believes that the expectations expressed in these forward looking
statements are reasonable, it cannot assure you that such expectations
will turn out to be correct, and the Company cautions investors that
actual results may differ materially from the anticipated results.
For further information, please contact:
Trina Solar Limited
Terry Wang, CFO
Phone: + (86) 519-8548-2009 (Changzhou)
A couple of weeks ago, we discussed how solar can work in the northeastern US with its cold and often snowy weather. It is true that solar performs well in the northeast, but there are other factors to take into account when determining if your home is “solar ready.” Is your roof south facing? Are there trees or other buildings that will block the sun? If trees are an issue can they be trimmed or removed? Is the roof even large enough to fit the size solar system you would like?
Luckily, for those whose homes have one or more of the issues mentioned above, there are viable solutions that will enable your home to incorporate solar. Solar panels are not restricted to a roof-mounted system only. There are other ways to have solar panels and still get maximum efficiency, even if you have an east/west facing roof, or a large tree or building shading your home
Ground Mounted System
A ground mounted system generally has a steel frame and a concrete foundation. These systems are ideal for those who live in rural areas. They can be set back on the property and made to point directly south. They may be a bit bulky, but they are easy to clean off and cost little, if anything more than a roof mounted system.
Pole Mounted System
Pole mounted options are the most expensive of the options, but can be more aesthetically pleasing. In this situation the panels are mounted on top of a steel pole that is anchored into the ground. The additional cost can be offset by the added efficiency of this option. These systems can generally be a couple percentage points more efficient than the other two options due to the fact that the pitch of the panels can be changed throughout the year to capture more sunlight.
To learn more about a solar system that would work best for you home, contact us at Earthsponse today!
There has been a lot of talk lately about microinverters. Microinverters are small inverters that mount on the racking system directly under each solar module. There is a one to one correlation between microinverters and solar modules. For example, if you have 20, Kyocera KD230GX-LPU modules on your roof, you would have 20 microinverters. Microinverters have been gaining in popularity lately due to the advance of one manufacturer in particular: Enphase. Enphase recently came out with a new microinverter. It's the model M215. The biggest change is that this new inverter comes with a 25 year warranty. For the first time, the inverter warranty last as long as the module warranty. This could be a game changer for the solar industry.
Some of the benefits of installing microinverters:
-Each module/inverter works independently, so shade affecting one module does not affect the whole system.
- No central point of failure, if one microinverter stops working, the rest of the system still functions
- Truly advanced data logging showing power output at the module level
- No high voltage DC wires to run. DC-AC conversion takes place at each module on the roof and each microinverter is connected with an AC trunk cable. This cable is then run down and connected in your main AC panel.
One of the things we most frequently hear at Earthsponse is: Is it worth installing solar panels on my home? I live in upstate NY and the sun rarely shines! The answer to that question is most definitely yes! It is more than worth it. Solar panels can work in all types of weather conditions, and actually perform better in the colder weather. This is because the cold temperatures cause an increase in the conductivity of metal and wires. In fact, PV systems in the northeast region produce roughly 5-10% higher energy output than PV systems in southern states. Of course, this doesn’t mean that southern states shouldn’t invest in solar. The vast space, little obstruction, and constant sunlight make the south a hot spot for solar.
Germany is a great example that constant warm weather isn’t needed for successful solar energy production. Geographically, Germany’s latitude is about the same level as that of North Dakota, a state not typically thought of as an ideal solar spot. And Germany is the world leader in solar! Germany accounted for over 50% of solar installations in the world last year.
Another great reason to think about solar in the northeast is the incentives. The states with SREC markets are primarily in the northeast. (Check out our previous post “SREC FAQs” to learn more!) Massachusetts and New Jersey are the two states with the highest SREC values of any state. There are also utility rebates and state tax credits to take advantage of in various different states that could cover a large portion of the install cost. To find out what state specific incentives you can take advantage of visit: http://dsireusa.org/solar/index.cfm?ee=1&RE=1&spf=1&st=1
Solar energy is one of the most rapidly growing markets in the United States. With a growth of 67% just last year, solar became the fastest growing energy sector in the U.S. But where in the world is solar most popular? For 2010 the top 5 countries in solar generated energy were: Germany, Italy, The Czech Republic, Japan and the U.S.
Germany topped the list, reporting that they had installed 7,400 MW of solar PV. December alone saw over 1,000 MW of solar installed. In fact, Germany has been a leader in renewables for some time now. A 2010 report shows that Germany generates nearly 17% of its electricity from renewable sources, and plans on raising that figure to 37% by 2020.
Italy is installed more solar PV in two months than California did in one year, and California is the solar leader in the U.S. and has a similarly sized geographic area to Italy. By the year 2020, Italy hopes to have 30 GW of solar installed. The original goal of 8 GW was completed ahead of schedule.
The Czech Republic has seen extremely rapid growth in the solar industry in the past few years. From 2008 to the end of 2010 the amount of solar installed by The Czech Republic rose from 66 MW to an enormous 1,820 MW.
Japan is fourth on the list, just ahead of the U.S. Renewables only account for 1.3% of total energy use, but Japan has set high goals. Since the tragedy in March, Japan has abandoned their nuclear expansion plans. They instead hope to have 10 million solar powered homes by 2020.
Lastly, the United States has been working hard to keep up in the renewables industry. As mentioned above, solar grew 67% just last year. Renewables accounted for over 11% of the domestically produced electricity in the United States. In 2009 President Obama called to double this amount in the following 3 years.
5. Energy independence
The installation of solar panels makes you less dependent on foreign energy sources with constantly fluctuating prices. While the supply of fossil fuels decreases each year, causing your neighbor’s energy bills to rise, you can relax knowing that you have access to an infinite supply of clean energy. In fact, every hour, the sun radiates more energy onto the earth than the entire human population uses in one whole year. All we need to do is capture it!
4. It works no matter where you are
The sun shines everywhere. Even in upstate New York in the dead of winter (believe it or not). Solar actually works great in the cold!
3. It’s low maintenance
A misconception about solar panels is that they need a great deal of maintenance to keep them clean and continually producing electricity. This is not the case! Solar panels are virtually maintenance free. Once they are on your roof or in your yard, that’s it. The only moving parts in your solar system are contained in the inverter, which converts the DC power your solar panels generate into AC power, which the appliances in your home use. Concerned about cleaning your solar panels? Rain and other precipitation keep them spotless. If it snows, the panels will still heat from the sun and the snow will slide off. If you choose to go with a ground or pole mount system, snow can be easily brushed off, but it is not necessary. In fact, when you receive your proposal from Earthsponse, a 30 year weather study by Nrel is taken into account, which factors in the days when poor weather conditions may occur.
2. You’re helping the planet
With the noticeable climate change occurring throughout the past few decades, we need to be thinking about the amount of greenhouse gases we are releasing into our environment. Most of the electricity in the U.S. is still coming from non-renewable, polluting sources, such as coal and other fossil fuels. Solar is the perfect remedy!
1. It saves you money!
Perhaps the most important reason to go solar is to save you money on your electric and hot water bills. Your system is constantly producing electricity, even when you are not using it. Through net metering, you can sell that unused electricity back to the grid at the retail price. Not only that, no matter where you are in the U.S. there are incentives to help make solar affordable to you. The federal government provides a tax credit, worth 30% of your system cost, with no cap! Other states provide more incentives. To see what your state has to offer, visit http://dsireusa.org/.
Along with these incentives, solar will add value to your home. Every $1 saved on your utility bill can add up to $20 on your home’s resale price, according to the National Appraisal Institute and the Environmental Protection Agency (EPA).
All of the Kyocera MyGen kits provided by Earthsponse come with a great data monitoring function, so you can keep track day to day and hour to hour of exactly how your solar PV system is doing.All that is necessary is an Internet connection and a cable. Plug a standard Ethernet CAT5 cable from your home’s Internet router into the special data card that comes in the PVPowered inverters.That’s it!You’re ready to data monitor.Your respective Earthsponse or Earthsponse dealer representative will set up the deck monitoring website using the serial number of the Inverter!
But what happens if I installed the inverter outside away from my house on a pole or other outbuilding?Well, your installer will make the judgment call.If a trench is available, then special underground cable can be run back to the Internet connection in the home or business.If this isn’t available, then we can hook up a wireless bridge at the Inverter side (requires 120VAC) and a wireless router in the home.These wireless devices have to be perfectly matched and programmed by your solar professional.In most case the simple wireless-N protocol is used due to its increased transmission capabilities.Also the wireless-N frequency ranges have less interference than the standard wireless-B/G protocols in common use today.Earthsponse has successfully connected a remote inverter to the Internet via wireless connection at a distance of over 300 feet!