Panasonic's nanoe X Generator Adopted in GAC Toyota's Next-Generation EV "BZ7"
Panasonic's nanoe X generator has been adopted in GAC Toyota Motor Co., Ltd.'s next-generation EV "BZ7". This expands Panasonic's track record in the automotive sector for its nanoe technology, contributing to improved in-car air quality.
📋 Article Processing Timeline
- 📰 Published: April 28, 2026 at 22:00
- 🔍 Collected: April 28, 2026 at 13:31
- 🤖 AI Analyzed: April 28, 2026 at 13:54 (22 min after Collected)
Panasonic Corporation (hereinafter, Panasonic)'s nanoe X generator has been adopted in GAC Toyota Motor Co., Ltd.'s (hereinafter, GTMC) next-generation EV "BZ7".
The "BZ7," which has adopted nanoe X, is a flagship EV sedan over 5 meters in length, and sales began in China on March 29, 2026. It integrates China's latest smart technologies, such as Huawei's smart cockpit "Harmony Space 5.0" and an advanced driver assistance system that supports highly autonomous driving with LiDAR, co-developed with autonomous driving startup Momenta. Furthermore, it is an advanced vehicle that offers rapid charging performance, allowing it to charge from 30% to 80% battery in under 24 minutes, and a cruising range of up to 710 km on a full charge, with careful consideration for in-car comfort and safety.
At GTMC, the nanoe X generator has been installed in numerous vehicle models, including the Camry and Sienna, since its initial adoption in the Highlander in 2021. This time, nanoe X was adopted as a device that contributes to the enhancement of comfort in the "BZ7." The effectiveness of nanoe technology, backed by various verifications, its high technical capabilities, and its extensive adoption record to date were highly evaluated. nanoe X is released into the cabin from the air conditioner vents, providing a comfortable air environment.
Panasonic will continue its efforts to provide comfortable spaces through nanoe technology in various aspects of life and society, including home appliances, automotive, and housing-related fields.
**[About nanoe]**
nanoe (*1) are nano-sized particulate ions generated by applying high voltage to moisture in the air, containing OH radicals that easily react with various substances. nanoe X is nanoe with the amount of OH radical generation increased tenfold, possessing diverse effects such as deodorization (*2), suppression of bacteria (*3) and allergens (*4). Against the backdrop of growing global interest in air quality in recent years, as a technology that provides cleaner and more comfortable spaces, its adoption is increasing in various facilities and public spaces such as mobility spaces, commercial facilities, hotels, offices, and schools. In 2024, cumulative global shipments exceeded 100 million units (*5).
*1 Compared to general ions, nanoe has approximately 6 times* longer lifespan, allowing it to spread over a wide area. The moisture content is approximately 1,000 times** (by volume) or more than air ions, and it is a mildly acidic ion that is gentle on skin and hair.
nanoe, ナノイー and the nanoe mark are trademarks of Panasonic Holdings Corporation.
(About nanoe https://panasonic.jp/nanoe/)
*2 Effect after approximately 12 minutes in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Panasonic Holdings Corporation Product Analysis Center
・Testing method: Verification using the 6-stage odor intensity display method in a test room (approx. 6 tatami mats)
・Deodorization method: nanoe release
・Target: Adhered cigarette odor
・Test result: Odor intensity reduced by 2.4 in 12 minutes
*3 Effect after approximately 4 hours in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Kitasato Environmental Science Center
・Testing method: Bacteria were floated in a test room (approx. 6 tatami mats) and the number of airborne bacteria was measured.
・Suppression method: nanoe release
・Target: Floating bacteria
・Tested bacterial species: 1 type
・Test result: Over 99% suppression in 4 hours Kitasato Environmental Science Center No. 24_0301_1
*4 Effect after approximately 24 hours in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Panasonic Holdings Corporation Product Analysis Center
・Testing method: Allergenic substances adhering to fabric were measured by ELISA method in a test room (approx. 6 tatami mats)
・Suppression method: nanoe release
・Target: Allergenic substances
・Test result: Over 99% suppression in 24 hours 4AA33-151001-F01
*5 Cumulative as of June 2024
* Compared to general air ions. Lifespan of general air ions: tens of seconds to 100 seconds. Lifespan of nanoe: approximately 600 seconds. (According to Panasonic research)
** Compared to general air ions (typical particle size: 1.3 nm) and nanoe (typical particle size: 13 nm).
**[Contact Information]**
Panasonic Corporation
Beauty & Personal Care Business Division, Functional Device Planning & Development Department
TEL: 0749-27-0485
Reception: 9:30 - 17:00 (Excluding Saturdays, Sundays, and national holidays)
The "BZ7," which has adopted nanoe X, is a flagship EV sedan over 5 meters in length, and sales began in China on March 29, 2026. It integrates China's latest smart technologies, such as Huawei's smart cockpit "Harmony Space 5.0" and an advanced driver assistance system that supports highly autonomous driving with LiDAR, co-developed with autonomous driving startup Momenta. Furthermore, it is an advanced vehicle that offers rapid charging performance, allowing it to charge from 30% to 80% battery in under 24 minutes, and a cruising range of up to 710 km on a full charge, with careful consideration for in-car comfort and safety.
At GTMC, the nanoe X generator has been installed in numerous vehicle models, including the Camry and Sienna, since its initial adoption in the Highlander in 2021. This time, nanoe X was adopted as a device that contributes to the enhancement of comfort in the "BZ7." The effectiveness of nanoe technology, backed by various verifications, its high technical capabilities, and its extensive adoption record to date were highly evaluated. nanoe X is released into the cabin from the air conditioner vents, providing a comfortable air environment.
Panasonic will continue its efforts to provide comfortable spaces through nanoe technology in various aspects of life and society, including home appliances, automotive, and housing-related fields.
**[About nanoe]**
nanoe (*1) are nano-sized particulate ions generated by applying high voltage to moisture in the air, containing OH radicals that easily react with various substances. nanoe X is nanoe with the amount of OH radical generation increased tenfold, possessing diverse effects such as deodorization (*2), suppression of bacteria (*3) and allergens (*4). Against the backdrop of growing global interest in air quality in recent years, as a technology that provides cleaner and more comfortable spaces, its adoption is increasing in various facilities and public spaces such as mobility spaces, commercial facilities, hotels, offices, and schools. In 2024, cumulative global shipments exceeded 100 million units (*5).
*1 Compared to general ions, nanoe has approximately 6 times* longer lifespan, allowing it to spread over a wide area. The moisture content is approximately 1,000 times** (by volume) or more than air ions, and it is a mildly acidic ion that is gentle on skin and hair.
nanoe, ナノイー and the nanoe mark are trademarks of Panasonic Holdings Corporation.
(About nanoe https://panasonic.jp/nanoe/)
*2 Effect after approximately 12 minutes in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Panasonic Holdings Corporation Product Analysis Center
・Testing method: Verification using the 6-stage odor intensity display method in a test room (approx. 6 tatami mats)
・Deodorization method: nanoe release
・Target: Adhered cigarette odor
・Test result: Odor intensity reduced by 2.4 in 12 minutes
*3 Effect after approximately 4 hours in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Kitasato Environmental Science Center
・Testing method: Bacteria were floated in a test room (approx. 6 tatami mats) and the number of airborne bacteria was measured.
・Suppression method: nanoe release
・Target: Floating bacteria
・Tested bacterial species: 1 type
・Test result: Over 99% suppression in 4 hours Kitasato Environmental Science Center No. 24_0301_1
*4 Effect after approximately 24 hours in a 6-tatami mat space, not an effect in actual use space.
・Testing organization: Panasonic Holdings Corporation Product Analysis Center
・Testing method: Allergenic substances adhering to fabric were measured by ELISA method in a test room (approx. 6 tatami mats)
・Suppression method: nanoe release
・Target: Allergenic substances
・Test result: Over 99% suppression in 24 hours 4AA33-151001-F01
*5 Cumulative as of June 2024
* Compared to general air ions. Lifespan of general air ions: tens of seconds to 100 seconds. Lifespan of nanoe: approximately 600 seconds. (According to Panasonic research)
** Compared to general air ions (typical particle size: 1.3 nm) and nanoe (typical particle size: 13 nm).
**[Contact Information]**
Panasonic Corporation
Beauty & Personal Care Business Division, Functional Device Planning & Development Department
TEL: 0749-27-0485
Reception: 9:30 - 17:00 (Excluding Saturdays, Sundays, and national holidays)