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Green Logistics

Last Update: Aug 5, 2011

Reducing CO2 emissions in logistics

Panasonic has set the target of reducing its CO2 emissions by 46% by fiscal 2019 (from fiscal 2006 level) and a midterm goal of reducing its CO2 emissions per basic unit*1 by at least 1% year-on-year for both international and domestic transportation through activities in five major initiatives. In fiscal 2011, our global CO2 emissions from logistics activities came to 0.87 million tons, of which international transportation accounted for 50% and domestic transportation accounted for 20%. Global CO2 emissions per basic unit from international and domestic transportation decreased by 2% (compared to the fiscal 2010 level) due to modal shift activities. In fiscal 2012, we plan to expand our ECO-VC*2 Activity to align negative environmental impacts with cost rationalization, as well as share more results globally.

  • *1 CO2 emissions per transportation weight.
  • *2 VC: Value Creation.
CO2 emissions from logistics)
  • Note: SANYO Electric not included in intra-region outside Japan and international transportation.
Transportation amount by transportation method (Japan)
Major initiatives taken for Green Logistics

Modal shift

Panasonic has been fostering transportation by rail, because CO2 emissions from rail transportation represent one-seventh* that from transportation by truck. The amount of Panasonic’s domestic railroad freight transportation in fiscal 2011 totaled 21,221 five-ton containers and CO2 emissions were reduced by 13,756 tons. The reduction amount increased by 56% year on year, as a result of fostering joint transportation with companies in other industries using four proprietary containers and also increasing the frequency of regular round-trip transportation to make better use of large containers in cooperation with transporting partners. In fiscal 2010, the railroad transportation amount reached 25,845 thousand ton-kilometers and Panasonic was approved to use the Eco Rail Mark in July 2010. We are also promoting transportation by rail outside Japan. In the past, our products manufactured in Asia and China were transported by ship to Europe and then delivered to countries in Central Asia through inland routes by truck. However, following the improvement of various conditions, including those related to customs clearance, we started using the trans– Chinese railway to achieve the shortest distance transportation of our products from production centers to the market, thereby also meeting the challenge concerning the long lead times. Regarding the shipment of LCD TVs manufactured in Malaysia, we reduced CO2 emissions per container by 85% and the lead time by half.

  • * Comparison of CO2 emission factors per ton-kilometer.
CO2 emission reduction effect by railroad transportation (Japan)
  • Note: SANYO Electric not included in fiscal 2009 through 2010.

Introduction of large natural gas-powered trucks (Japan)

In cooperation with our transportation partners, we have introduced large CNG*1-powered trucks for transportation between cities and logistics centers to reduce our environmental impact, and also reduced transportation loss through joint transportation with companies engaged in other industries. In fiscal 2011, in recognition of the development and introduction of large CNG-powered vehicles, we were commended by the Director-General for Commerce and Distribution Policy of the Japanese Ministry of Economy, Trade and Industry as an excellent company in terms of green transportation. In March 2011 we introduced four additional large CNG-powered vehicles, which are used for the transportation of our products from factories to logistics centers, and from the centers to electronics retail stores.

These CNG-powered vehicles are the largest of their kind in Japan and not available on the market. They are next-generation low-emission vehicles that meet the requirements of the “post new long-term exhaust gas regulations”—standards that are said to be the strictest in the world and which no other vehicle has yet met.

  • *1 CNG: Compressed natural gas.
  • *2 As of March 2011.
Large-CNG vehicle owned by Panasonic
Changes in volume of collected waste oil and biodiesel fuel use
  • * From fiscal 2007, vehicles that will shortly be taken out of service have been excluded from the scope
  • * Reduced due to the promotion of outsourcing in fiscal 2009. Reduction will continue to use partner companies
  • Note: SANYO Electric not included

Promoting the introduction of eco cars(Japan)

As an initiative to reduce CO2 emissions, Panasonic has been using eco cars for its company vehicles in Japan since fiscal 2003, and also sets the same or stricter criteria for eco cars compared with official governmental vehicles.

  • * As of the end of March 2011, excluding trucks Note: SANYO Electric not included

Our definition of eco cars

Level 1
  • Electric powered vehicles
  • Natural gas powered vehicles
  • Methanol gas powered vehicles
  • Hybrid vehicles
  • Fuel cell powered vehicles
  • Vehicles that achieve more than 75% reduction against the standard gas emission levels for fiscal 2006 and a fuel efficiency of 5% higher than fiscal 2011 standard levels
Level 2
  • Vehicles that achieve more than 75% reduction against the fiscal 2006 standard gas emission levels and 2011 standard fuel efficiency levels
  • Vehicles that achieve more than 50% reduction against the standard gas emission levels for fiscal 2006 and fuel efficiency higher than fiscal 2011 levels

Green Logistics Seminar in Asia

We have developed our Green Logistics Manual as a tool to promote green logistics activities outside Japan, as well as to promote energy conservation visualization activities and proactive logistics activities including enlightenment. In November 2010, we held our first overseas Green Logistics Seminar in Singapore and we plan to hold more logistics seminars at our sites outside Japan moving forward to promote green logistics globally.

Green Logistics Seminar in Asia (held on November 24, 2010)

Use of biodiesel fuel (Japan)

Panasonic is using biodiesel fuel made from waste cooking oil for vehicles used in its production, procurement, and marketing activities. In fiscal 2010, we increased the use of biodiesel fuel to 100% in the Tokai and Tokyo metropolitan areas and started using it for joint transportation with other companies. The use of biodiesel fuel helps us reduce our CO2 emissions and save costs in conjunction with round-trip transportation.

Changes in volume of collected waste oil and biodiesel fuel use
  • Note: SANYO Electric not included

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