Solar PV industry is based on the emerging energy industry. In recent years, the rapid development of photovoltaic industry in Hunan Province, formed from the silicon material, equipment and technology, materials research and development, personnel integrated throughout the industry chain of comparative advantage. There is currently under construction in Changsha, signed a contract in about 7 solar industry projects, all projects over a total investment of 13.0 billion is expected up to 400 billion yuan output value.

Changsha to promote the rapid development of photovoltaic industry, and promote structural optimization and upgrading of industrial clusters to enhance industrial competitiveness, Changsha municipal government decided to set up in Changsha, Changsha High-tech Zone Lugu photovoltaic industry base. Base planning area of about 236 hectares, of which 215 hectares of industrial land. Key layout of the solar wafers, cells, cell formation and modules, energy storage and applications, photovoltaic power generation systems development, production; LED epitaxial silicon and lighting equipment, display devices and various applications in the packaging, production; and important part of the industrial chain equipment, equipment research and development and production. Changsha High-tech Zone will introduce a series of preferential policies to support the development of photovoltaic industry, the project site, loan financing, technology introduction, etc. to give strong support to attract a large number of domestic and foreign manufacturers of photovoltaic products, research and development together to Lugu, making Changsha New Industrialization of growth.

6 Nov. 48 signing of the CLP (forty-eighth of China Institute of Electronics Technology Group) photovoltaic industry projects with a total investment of 800 million yuan, will form a 100MW PV industry chain, the estimated output value will reach 100 billion yuan. 48 is a leading research and development of solar photovoltaic equipment, production units, has successfully developed a washing machine, diffusion furnace, PECVD, etching machines, high and low temperature sintering furnace, furnace single crystal, polycrystalline ingot casting furnaces, wire cutting, etc. more key equipment, the equipment accounted for 48 made of photovoltaic solar photovoltaic equipment market share nearly 85% of the solar photovoltaic industry has become the leading equipment manufacturing company. In recent years, the CLP 48 to seize the rapid development of the world's solar cell industry the opportunity, using its own in equipment, technology and talent advantages, heavily involved in solar cell production. In 2008, the 48 solar cell production capacity exceeded 225MW. The next three years, 48 of crystalline silicon solar cell production capacity will reach 500MW or more.

There are also signed Shenzhou project photovoltaic solar cells. The project is funded by Cinda Investment Co., Ltd. of Changsha, Hunan Ying Thai Investment Properties Limited, Jiangsu Shun Tai Technology Co., Ltd. and Jiangsu Shenzhou Photovoltaic solar energy Technology Co., Ltd. jointly funded and constructed, the total investment of 400 million yuan, will build eight 25MW solar cell production line put into production output value will reach 50 billion yuan.

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The PowerTwike combines elegance, good performance and a luxury in itself. The vehicle was equipped with Alcantara leather seats, sun-erdeck country and a cut pile carpet de luxe. The range is located by the lithium-ion battery at well over 100 kilometers, thanks to the Racing Software is the torque about 25 percent higher. It is the last of embedded 3 A- 3 engine is used. Available in two versions, the PowerTwike Active and Easy.

The LionTwike is the latest and, by modern high-performance lithium-manganese battery has a range of up to 200 kilometers. The battery has no memory effect and no more discharge. The battery charge is depending on the journey. Available in two versions, the LionTwike Active and Easy.

Depending on the chosen model and optional equipment may amount to the cost of a Twike to up to 30,000 euros. The investment is offset by the low energy costs and the high range of the electric vehicle.

Aptera Type 1

The Aptera Type 1 is a three-wheeled electric vehicle that has been developed by the American Steve Fambro from 2003 to 2008. The vehicle has two seats and the two swing doors like a sports car to the top if they are opened. The futuristic design comes from the U.S. company, Eleven, and was designed so that the Aptera can practically glide without resistance by the wind.

It is in the U.S. state of California where it is manufactured in Carlsbad have been classified as a motorcycle which the rider must wear a helmet and a license plate is not required. As drive an electric motor with a 10 kWh battery pack is used. The hybrid version only has a water-cooled electric motor or a gasoline engine.

The purchase prices range between $ 27,000 and $ 30,000 and pre-orders are now possible. Facilities include a navigation system, a mini-trunk, a stereo, cup holders, air bags and windshield wipers. The maximum amounts specified by the manufacturer to 130 km / h and the maximum range on one battery charge is 120 kilometers.

The manufacturer Aptera Motors plans to export the electric vehicle to Europe, but when it will come on the European car market at the current time is not yet known. Because of its futuristic design and good technical equipment of the Aptera Type 1 and its successors will certainly find its buyer.

BMW Mini E

The BMW Mini E is the electric version of the same small car, which is placed in a small series of 500 vehicles to the U.S. auto market. The device, which only 1.4 tons of light vehicle from a 204 hp electric motor that gets its power from a lithium-ion battery and the engine power as both silently transmits without the release of emissions to the front wheels. The power is transmitted over a single-stage spur gear and a battery charge for a range of 250 kilometers.

The automaker BMW AG has the Mini E for the time being only selected corporate clients in the U.S.. An application in Europe is planned but a launch is still under review. The small car, it creates within 8.5 seconds from 0 to 100 km / h and a maximum of 152 km / h fast. In a pilot project, 500 vehicles are used, which are then driven in everyday life which to gather such experience is possible.

The lithium-ion battery has a capacity of 35 kilowatt hours and reached a nominal voltage is 380 volts. The battery consists of 5088 individual batteries, which were grouped into 48 modules and was installed as three battery banks in the Mini E is. The facilities of the electric car is the wall box, which allows the battery with a higher charge current so that the charging time is reduced. In the two auto plants in Munich and Oxford, the Mini E produces 500 BMW.

Twike Active and Twike ReDesign

The Twike Active is a classic and has a built-in pedals. The gearbox allows the adjustment of the cadence at the speed of 25 to 70 km / h. With the pedal drive train, the driver's physical fitness and promote their own health. The basic equipment costs around 20,000 euros, the model. The Twike Easy has the same features as the Twike Active but has no built-in pedals.

This model is equipped with four dual round headlamps and rear fitted with rear lamps. The integrated engine-transmission unit provides a sporty driving style, abeitet quiet and leads to rapid acceleration. It is available in the variants Active and Easy.

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ThinkPad T61 14.1″ widescreen notebook

Important to note is that this review covers the 14.1″ widescreen version of the T61 series. As with any laptop model series, there are going to be widely varying configurations you can choose that will greatly affect system performance.

Specs:

• Processor: Intel T7300 Core 2 Duo (2.0GHz, 800MHz FSB, 4MB Cache)
• Graphics: Intel GMA X3100
• Operating System: Windows Vista Business
• Display: WXGA+ 1440 x 900 (LG screen)
• Hard Drive: 100GB 7200RPM (Seagate Momentus 7200.1)
• Memory: 2GB (1GB x 1GB), up to 4GB max
• Ports: 3 USB 2.0, 1 FireWire, Monitor out, modem, Ethernet, headphone out, microphone in
• Slots: 1 PC Card Slot, 1 ExpressCard slot (optional media card reader and Smart Card reader)
• Optical Drive: Ultra-slim Super-Multi Drive
• Dimensions: 13.2″ x 9.3″ x 1.09 - 1.26″ (335mm x 237mm x 27.6 - 31.9mm)
• Weight: 5.1lbs

The good: Internal roll cage protects LCD; 802.11n Wi-Fi for faster wireless throughput; very small A/C adaptor adds little to overall travel weight; Intel's Active Management Technology provides remote support.

The bad: New Centrino technology doesn't offer outsize performance gains.

The bottom line: Lenovo's 14-inch ThinkPad T61 shaves a few millimeters off the company's more mainstream R-series laptops, but still boasts the same, solid ThinkPad DNA along with IT-friendly features by way of Intel's new Centrino Pro platform.

Design and Build

The ThinkPad T61 is a premium product with a durable build, it is geared towards business users or simply those willing to pay a bit more to get something that won't fall apart after 1-year of use. For somebody that travels a lot or relies on their notebook to earn a livelihood, the build and reliability factor is probably more important than having the latest and greatest components inside.

The keyboard remains the same between the T61 and T60 — meaning it's once again excellent. The only difference is that now there's more room on the keyboard side areas since the notebook body is wider, the speakers have been relocated to this extra real estate. The keyboard is spill proof and has two drain holes to make sure if you do happen to spill your morning Starbucks coffee, the liquid is carried away from sensitive components and out through the bottom of the notebook.

The hard drive is protected within the magnesium roll cage and shock mounted. Even if your T61 is dropped the included Active Protection System (APS) software will work with the on board accelerometer to detect a fall situation and end hard drive activity to prevent data loss.

Screen

The new widescreen format screen for the 14.1″ T-series is either good, bad or somewhere in between depending on your personal preference. Lenovo will try and convince you widescreen offers more screen real estate and so it's better, the reality is the guys making the LCD screens are forcing it down the throats of the PC manufacturers because it's cheaper to make widescreen LCDs.

The particular screen I got is a WXGA+ resolution (1440 x 900). It provides easy viewing and you can fit a good amount on the screen, so no complaints on that front. The screen is crisp and there are no issues with graininess. The matte finish ensures there's little to no glare in office lighting situations.

Processor and Performance

The ThinkPad T61 now uses the Intel Centrino Duo (Santa Rosa) platform. You get a faster processor front side bus (800MHz), more processor cache (4MB) and an improved integrated graphics solution in the form of the Intel X3100. If all that talk is nonsense to you, then suffice it to say the T61 offers newer and better processing components than the T60. Will this performance be perceivable in helping to run MS Word faster? No of course not, but certain processor intensive tasks such as encoding video will be faster. And even if you won't be utilizing every ounce of processing power, just knowing the processor is faster and you're on top of the game is enough to make people like myself want to buy it.

Battery Life

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lenovo thinkpad t61 battery, 14.1″ standard screens and 15.4″ widescreen + 14-inch wide lenovo t61 battery

One thing that's always a concern with a new platform is battery life. Reading the first reviews that came out about the T61 sounded like gloom and doom with reports of 2 hour battery life. It seems most of the initial reviews were done using very power hungry dedicated graphics solutions and with a 4-cell battery.

I had the opportunity to test a larger 6-cell battery on an integrated graphics system, and got 3 hours and 41 minutes of battery life under what I would deem normal usage. I was using the T61 with screen brightness set to half or lower, Vista battery optimized setting, wireless off to get this number. In a torture test, I set the screen brightness to top level, put in a DVD (Stargate) and played it until the battery hit 5% and the PC went to sleep 鈥?which happened after exactly 2 hours 15 minutes. I wouldn't call that bad, it'll get you through most movies.

The downside of a 6-cell battery is that it sticks out of the back (see pics) and weighs more, but I'm always be willing to carry a bit more weight for an extra hour of battery life. A positive comment that should be made is the power adapter is nice and small, it's actually the same size as the X60 ultraportable series adapter.

Keyboard / Touchpad / Pointing Stick

The ThinkPad T-series hasn't changed too much over time, and that's a good thing, there's no use changing something that's just right. The ThinkPad keyboard is one of, if not the best, notebook keyboards out there. There's zero flex, every key feels individual, every key has great travel/feedback and the keyboard is full-size.

The T61 has a pointing stick, I love using this and find it much easier than the provided touchpad — it makes it so you can move the cursor around the screen without having to lift your hand from the keys, a much faster and easier to control style of input. But the great thing is that if the pointing stick isn't your cup of tea then you've got the touchpad as well.

Wireless

The ThinkPad T61 uses the Intel 4965 wireless chip that offers 802.11 a/b/g/n wireless reception. All of your bases are covered there, and the greater range 802.11n offers is on the table if you have an 802.11n router. The range of the ThinkPad is theoretically greater now that the lid material has changed to plastic too. The antenna is run up through the lid for better reception you see, and the new lid material allows radio waves to reach the antenna more easily. I was only able to test up to 100-feet away from my NetGear WGR614 802.11g wireless router, which I despise for its bad performance and tendency to drop connections, but the T61 worked just fine with it and I never suffered a connection drop and throughput was consistently good.

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NB battery module factory batteries news

4th quarter, according to market rumors that the battery core supply and demand is expected to become the global balance, battery core prices probably will decline, Taiwan notebook (NB) cell module plant is that the current balance between supply and demand on the battery core is also too early to demand the second half of view estimated battery cells are still in short supply conditions, the overall supply is still insufficient to meet demand, estimated to have to wait until 2009 to open up new capacity is completed one after another, the overall battery core supply and a chance to reach equilibrium.

Manufacturers that Q4 core of the international battery manufacturers of the new capacity out one after another, coupled with the mainland battery core supply of plant parts make up the gap, making the core out of the battery slightly eased the situation, perhaps the battery core prices moderated slightly promote NB cell module price down, but the estimate of the overall gross margin impact Buzhi Yu too, with the battery core supply increases, benefit from volume growth, economies of scale will make up for falling prices affect the site, NB battery module for the second half of the industry outlook is promising.

S & P said the new technology, see Q3 current battery core supply is out of stock, despite the season 4 would be more relieved, estimated the overall supply is still insufficient, needed to 2009, the overall battery core supply and demand will tend towards equilibrium, 4 quarter to increase the supply of main reasons in addition to South Korea's LG Chemical Plant (LGC) capacity gradually return, and some of mainland China factory supply battery cells to fill the gap, the battery module is conducive to NB in Q4 shipments continued to grow, but not enough overall business required.

Company said, because the battery core is supply and demand imbalance, both in order to satisfy the already battered Liang, let alone new customers and new Yingyongcengmian, such as portable devices outside the Chu NB, Gong Ji Moreover Bulun battery cells or not enough, the most the main thing is to observe the ability of the company's orders, if the ability to get orders strong enough, the battery core supply better, create more traffic, In addition, the battery core supply growth is also conducive to cost control, the new Price that is a good thing, observe the 4th quarter of the current orders is still quite good, but the battery core supply is inadequate, for the second half of its growth is still very confident.

Shunda technology also understand that the 4th quarter of the battery core supply and demand would still not balance out the short set. Company said the new production after another out, 4 quarter of the battery core supply and demand gap is expected to be more relieved, but still short of the demand is not enough orders, because the second half of NB industry growth, but it seems quite good, seem to affect the U.S. economy not, of course, NB for the overall market in Q4 sales or further observation, but the present circumstances, it had enough battery core supply, if the sales were above expectations, the core will only missing battery.

Companies that worry about the battery core supply of the outside world increase, will cause the price drop, but even if the price reduction will not increase too much, of course, to cell price cuts, NB battery module will be followed by lower, but estimates for the gross margin impact will not be too Big Moreover, the battery core supply increases, NB battery module shipments increased and then conducive to economies of scale, is expected to offset the gross margin decline caused some price cuts, so for the second half of the overall view of NB cell module industry is optimistic about the economy, growth can be expected.

Viruses, micro-batteries

According to the U.S. life science network reports, August 20, Massachusetts Institute of Technology researchers claimed that only half the size of human cells by the virus, micro-batteries ahead of doctrine microorganism.

At present, the Massachusetts Institute of Technology engineer has now completed three parts of this micro-cell design in two parts, the micro-battery can be implanted medical sensors or lab computer chips to power, and those very small objects. In addition, it can be implanted into other life than imagine the body. It is reported that micro-battery can be installed in the surface of a stamp or printing.

Micro-battery electrode array, each electrode only 4 microns in diameter

On the micro-battery testing

Massachusetts Institute of Technology Professor Paul Lahamengde, Angela Bell thorough, often Ye-ming (transliteration) and the research team colleagues for the study, they noted that, as far as we know, this is for the production and placement of micro-batteries The first micro-electrode contacts print instance, while this is the first assembly of the virus for the manufacture of micro-batteries. The study, published in "Journal of the National Academy of Natural Sciences" journal.

Belcher said, "The current team has built and tested a miniature battery part two of the three requirements, the technology itself does not involve any expensive equipment, while the experiment need to be completed at room temperature." Micro-cell consists of two opposite electrode 鈥?the cathode and anode, which were isolated from the electrolyte. In the current research status, the Massachusetts Institute of Technology research group has established a cathode and anode and electrolyte.

First, the research team in the light, the use of rubber material called "soft lithography" (soft lithography) technology to establish the general model of micro-battery connector, micro battery connector of these only 4-8 microns in diameter. The top of the battery connector, the team accumulated a number of two-polymer layer, its role is a solid electrolyte and battery isolation device. Next, the virus self-assembly in polymer battery connector top layer, eventually forming the anode. This will form a mini battery connector back, each battery connectors are covered with electrolyte layer and the cobalt oxide anode.

Hammond explained, and then we manufacture the battery connector back and transfer the electrolyte and anode to a platinum structure. Together with sheets of lithium test. At present, the research team focused on the establishment of a full third part of the battery 鈥?the cathode, they used viral assembly technique.

Belcher said, "We are very interested in the use of biological organisms integrate these micro-battery." It is reported that the study is conducted by the U.S. Army Research Institute and David Lucile Packard Foundation investment completed.

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