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QIAO NEXT INTERACTIVE DIGITAL BUSINESS is our Digital Division to help you to increase your ROI and maximize your brand awareness on China market and abroad.

Next is arriving: Now!

Our Main Focus Areas are:

  • Digital Strategy

  • Digital Brand Engagement

  • Digital Marketing

  • Web / Digital Services

  • Mobile & Mobility Services

  • Social Channels & eCommerce

  • eAdvertising / SEO / SEM

  • New Cross-Media Formats & Productions

  • Second-Screen Projects

  • Next B2B Platforms & e-CRM

  • x-Commerce All-in-One infrastructures (e-Commerce, m-Commerce, v-Commerce)

  • Digital Innovative Business

  • Digital Localization / Internationalization

How we works:

Around a global strategy, we combine traditional and innovating marketing, locals and international channels and media, digital and interactive actions.

A teamwork in our local offices to create results on the target markets.

Our Mission: Create Value!


Next B2B - B2C Digital Platforms:

Combining creativity and innovation with results, we create and manage for our clients B2B & B2C platforms and infrastructures as concrete support for their commercial, distribution and trading activities (catalog, payments, logistics, customer care) directly in China.

  • to create new business channels and trading

  • to reduce costs to manage B2B, B2C and  e-Commerce activities

  • optimize business matching and product selection

  • combine real and virtual Showrooms and Catalogs

  • e-Procurement and distribution infrastructures

  • Cloud B2B/B2C Platforms


Our Industry Focus:

  • Corporate / Multinational

  • Food&Beverage

  • Luxury / Fashion / Design

  • Banks / Financial Services

  • High-Tech / Telecommunications

  • Tourism / Hospitality

 

Our Markets:

  • China

  • Europe

Last but not least ..... since 1996 a solid experience to share


For Information or Contacts: [email protected]

 

Your Cross - Media Network in China

First Cross-Media Network for China Market.

Over 500 Million of potential targets are on your fingertips!!

My China Media Network is your answer.
Your Customized Media Service to find the right Channel in China.

My China Media Network delivers the right solutions, tailored for your needs:

- TV LCD Network: over 150.000 (VIP Restaurants, Shopping Mall, Supermarkets, Business building, Golf Club....)

- Internet & Mobile

- Business Magazine (targets Business Decision Makers)

- Advertising: Restaurants, Store, Airports, Supermarkets, Outdoor ...

My China Media Network service is delivery by:

- China: "China Media LAB" in Shanghai at Italian Center.

- Italy: Consorzio DITE (Milan).

Activate My China Media Network Service it is easy:

1) Fill out the My China Media Network Form.

2) Your My China Business Personal Assistant will contact you for next steps and quote your required service.

Highlights
Tuesday, 23 July 2019
  • About QIAO LAB
  • Qiao Strategic Consulting
  • Qiao Next Brands
  • Qiao Next Digital
  • Qiao Next Seed
  • Qiao Lab Incubator
  • The Garage

About QIAO LAB

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QIAO LAB is a Consulting & Business Innovation Incubator / Accelerator, Knowledge & Technology Transfer Company, Seed & Early Stage VC. QIAO LAB Next Business (Shanghai) Co., Ltd. is a full-service business management consulting firm & incubator / Accelerator to turn innovative business and product ideas into sustainable businesses. "Innovating future in China and abroad", through consulting support, concrete projects, best practices, inventions, technologies and sharing different knowledge. Consulting |...

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Qiao Strategic Consulting

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QIAO LAB Consulting is a our Business Management Consulting Division to turn innovative business and product ideas into sustainable businesses. Our Corporate Open Innovation Program QIAO OPEN LAB PROGRAM for Corporate Innovation focuses on enterprise innovation, paying particular attention to implementation issues and development of new business models to capture the value of innovative products and services. Sharing of ideas and collaboration to push the boundaries of innovation inside the...

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Qiao Next Brands

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QIAO NEXT BRANDS is our Division focused on customer engagement on China market and abroad. Only for NEXT BRANDS!! A NEXT BRAND is a brand projected towards the future, integrated with present and with strong values ​​from the past. "feels" its consumers, listens their needs, interacts. QIAO NEXT BRANDS is the only agency that accompanies your Brand from creativity to product distribution and selling. This is Next Brands! Fresh,...

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Qiao Next Digital

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QIAO NEXT INTERACTIVE DIGITAL BUSINESS is our Digital Division to help you to increase your ROI and maximize your brand awareness on China market and abroad. Next is arriving: Now! Our Main Focus Areas are: Digital Strategy Digital Brand Engagement Digital Marketing Web / Digital Services Mobile & Mobility Services Social Channels & eCommerce eAdvertising / SEO / SEM New Cross-Media Formats & Productions Second-Screen Projects Next B2B Platforms...

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Qiao Next Seed

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QIAO NEXT SEED CAPITAL is an investment vehicle focused on Chinese Internet Industry.We typically co-invest in Chinese early stage opportunities with Government Incubators and/or High-Tech Chinese Funds. Open to new investors and partners In order to continue our investment activities, we are continuously raising new funds (new Fundraising 2016) and searching strategic partners as support to our investments portfolio companies.Our Model Leveraging over two decades of experience gained in...

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Qiao Lab Incubator

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QIAO LAB High-Tech Incubator provides a customized turn-key support (knowledge and experience), as well as equity investment capital. Our Main Sectors: - Agrifood- Big Data (ICT) - Bio technologies - Clean Technologies - Design and Innovative Fashion - Education and Training - Fintech- Green ICT - Healthcare- IC Design - Information Communication Technology (ICT) - ICT & Social Innovation - Internet & Web Technologies - Internet of Things (IOT) -...

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Qiao Lab Garage

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Our Mission? - "Assemble" companies for Chinese market. - "Accelerate" companies on  Chinese market. - Incubating Chinese subsidiaries of high tech startups. Through combined use of infrastructures and solutions by Qiao Lab INCUBATOR (start-ups, platforms, services, etc. ..), install the best solutions into the selected companies to enable them to compete on China market. A "pit stop" under the supervision of the Qiao LAB Business Tutors which will provide the...

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QIAO LAB Blog

Qiao LAB Blog: Startup, Seed,Accelerator,Inventions, Innovation, Knowledge & Technology Transfer, Culture, Society, Finance, Business, Business to Business

Jul 28
2010

A Boost for Battery Life and Capacity

Posted by: Qiao LAB

Qiao LAB

Electric cars could benefit from a new manufacturing method.

A new chemical trick for making nanostructured materials could help increase the range and reliability of electric cars and lead to better batteries that could help stabilize the power grid.

Researchers at the Pacific Northwest National Laboratory (PNNL) in Richland, WA, have developed the technique, which can turn a potential electrode material that cannot normally store electricity into one that stores more energy than similar battery materials already on the market.

In work published in the journal Nano Letters, the PNNL researchers show that paraffin wax and oleic acid encourages the growth of platelike nanostructures of lithium-manganese phosphate. These "nanoplates" are small and thin, allowing electrons and ions (atoms or molecules with a positive or negative charge) to move in and out of them easily. This turns the material--which ordinarily doesn't work as a battery material because of its very poor conductivity--into one that stores large amounts of electricity.

 

 

When the researchers measured the performance of the material, they discovered that it could store 10 percent more energy than the theoretical maximum energy capacity of a comparable commercial electrode material--lithium-iron phosphate, which is used in power tools and some hybrid and electric vehicles.

 

The approach could open the door to using a wide range of candidate battery materials that are now limited by their ability to conduct electricity and lithium ions. Research in the area has reached the point at which most of the battery materials left to be studied have bad conductivity, says Daiwon Choi, an energy materials researcher at PNNL. The new method provides a simple way to increase their conductivity. He says the method could also be compatible with conventional battery-manufacturing techniques.

Both lithium-iron phosphate and lithium-manganese phosphate are attractive at battery electrodes because they have a stable atomic structure. This crystalline structure--called olivine--is far more stable than the crystal structure of electrode materials used in laptop and cell-phone batteries. As a result, olivine materials can last much longer than the three years that cell-phone battery materials typically last. Some manufacturers claim that lithium-iron phosphate batteries could last for over 30,000 complete charge and discharge cycles without losing much of their capacity to store energy--enough for the battery to last 50 years, Choi says.

In theory, lithium-manganese phosphate could last for a similar number of cycles, because it has a similar crystalline structure. But it has the added advantage of potentially being able to store 20 percent more energy than lithium-iron phosphate, since it operates at a higher voltage. However, it has been particularly hard to modify lithium-manganese phosphate to overcome the fact that it's an electrical insulator.

Previous attempts have required processing precursor materials in a liquid solution before creating solid battery materials--a process that's too expensive for commercial production. The new method developed at PNNL eliminates this separate liquid-processing step, simplifying the process and making it compatible with existing manufacturing techniques.

To prepare the material, the researchers mix chemical precursors with paraffin wax and oleic acid. The wax and acid work together to cause the precursor materials to form crystals of a well-controlled size and shape without clumping up. The wax liquefies at the high temperatures used to process the material and acts as a solvent that replaces the separate liquid processing step used in earlier research.

So far, the material can only be charged at low rates (although it delivers power fast enough for many applications). Choi says one of the next steps is to develop a better process for coating the nanoplates with carbon, which should improve conductivity.

Although lithium-manganese phosphate is attractive because it stores more energy than lithium-iron phosphate, both take up a relatively large amount of volume compared to other types of electrodes for lithium ion batteries. Jeff Dahn, professor of physics and chemistry at Dalhousie University, says this could ultimately make them more attractive for stationary applications--such as storing power on the electricity grid to help smooth out variability from renewable sources--than for electric vehicles.

(From MIT)