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Panasonic Group evaluates its products based on a uniquely set criteria that determines the impact level of a product on the environment, and certifies “Super GP” to products in particular that have made dramatic progress in environmental performance and create a new trend for actualization of a sustainable society.
Note: Product descriptions are those as of the time of launch, and may differ from the latest information.
Used to project images onto large screens at concerts and convention halls. With high-power lamps, a new quad-lamp system, and a new liquid cooling system, the amount of power consumption, weight/volume, and noise all have been significantly improved compared with similar professional projectors by competitors. This has enabled us to realize an innovative evolution in the environmental performance of this projector.
Achieved both high output and high durability through negative electrode material using superlattice hydrogen-absorbing alloys for HEVs. Established a new product genre for compact cars and sports cars. Improved the volume output density by 30% (compared to our HR-DP) and significantly contributed to the improvement of fuel efficiency of hybrid vehicles.
Achieved the world-best cell conversion efficiency of 21.6% as a result of pursuing supression of incident light reflection, improvement in light-trapping effect, and high output from both sides of the cells and modules in HIT photovoltaic modules that have high conversion efficiency.
A fuel cell generates electricity using an electrochemical reaction between hydrogen drawn from city gas and oxygen in the air, while at the same time heats water with the heat generated during the reaction. It is a system that combines both high electricity generation efficiency and energy efficiency.
[Model] FC unit: FC-109R13T Hot water storage unit: FC-W20D9R13T
We reduced stand-by power consumption to 0.1 W,* down up to about 70% compared with our conventional models in 2008 (DMR-BW930/830/730/BR500) through power conservation circuit technologies including improvement in power supply efficiency.
With the adoption of semiconductor memory “P2 card” and high-speed transmission technology, power consumption in data copying was reduced to one-hundredth, and lifecycle media mass + maintenance parts mass were also reduced to one-tenth (compared with conventional Panasonic products)
[Model] AG-HPX500, AG-HPG10, AJ-HPX3000
Monitors electricity of each main and branch breaker to identify power consumption for one entire house or for individual devices. The monitoring data is edited in an easy-to understand manner to help conserve more energy.
[Model] BQEL36242S, WTZN281, MKN20W, etc.
Achieved the world’s first lead-free plasma display panel and the industry’s No.1 energy conservation performance.
[Model] TH-58PX600, TH-50PX60, TH-42PX60, TH-37PX600, TH-37PX60
World's first tilted drum-type washer/dryers with a heat pump, which enables significant reduction in power consumption during the drying cycle through an energy-efficient drying method compared to the conventional method using a heater. Since it uses no water for dehumidification, the amount of water used for washing/drying is greatly reduced in comparison with the conventional water cooling drier.
These are refrigerators that use no CFCs as refrigerant or foam insulation material. Employing high-performance vacuum insulation material and developing a cooling system that brings out CFC-free performances, it has enhanced Japan's FY'04 energy-saving target by 220%.
A new control function is built into the power device to detect standby mode, and drastically reduces excessive electricity consumption during standby. IPDs can contribute to energy conservation in our entire society by application to many electric appliances.
[Model] MIP 3EX Series, MIP2 EX Series, MIP2 CX Series