Creado en
2017
Sobre
I + D & amp; Experiencia D
Casos de Ingeniería
Expertos
Creado en
2017
El Equipo utiliza tres ventiladores de conversión de frecuencia para el control interactivo para garantizar que el flujo de aire sea estable y sin atenuación.
Con chips importados y sistemas de desarrollo de Software Avanzados en todo el mundo, se realiza una operación silenciosa y de bajo ruido.
(modo opcional) solo es necesario establecer los parámetros de la unidad, establecer los indicadores de acuerdo con los datos interiores y operar automáticamente para lograr los indicadores de comodidad
Adopta el compresor de conversión de frecuencia DC de baja temperatura líder, con una fuerte capacidad de refrigeración, descongelación inteligente, alta eficiencia y ahorro de energía.
El núcleo térmico completo está hecho de materiales de película de polímero, con una eficiencia de recuperación de calor superior al 75%, que se puede lavar con agua para evitar moho y antibacterianos.
Equipado con un módulo de alimentación inteligente, que puede monitorear el consumo de energía del equipo en tiempo real y proporcionar datos
PAULAIR is committed to creating energy-saving, healthy, and comfortable indoor environment systems for users1. Exclusive NANOE black technology humidification and sterilization technology2. Isothermal dehumidification technology3. Unique energy-saving module management technology
PAULAIR Technology adheres to the principle of "people-oriented", and the entire system is efficient, energy-saving, and flexible. We provide customized solutions to meet the needs of users and offer a set of energy-saving, comfortable, and healthy "microclimate" environmental systems.
Graduated from Shandong Normal University with a Bachelor's degree in Law, with ten years of experience in the Industrial and Commercial Bank of China system. Started his own business in 2013 and established the Paulair brand in 2017, which has been in existence ever since.
I graduated from the Department of Civil Engineering at Tianjin University in 1989 and obtained a Master's degree in Mechanical Engineering from Osaka University in Japan in 1995. In the same year, I joined the Technical Department of the Air Conditioning Division of Panasonic Corporation as the Chief Technician and a member of the Japan Refrigeration Industry. From 2005 to 2020, I worked as the General Manager of Panasonic China Electric R&D Center. Joined Paulair in 2021.
In 2007, graduated from the School of Environmental Engineering at Tianjin University with a major in Building Environment and Equipment Engineering. In the same year, joined Panasonic Electric Research and Development (Suzhou) Co., Ltd. to work as a chief technician in air conditioning system design. I joined Zhejiang Sanhua Group in 2012, engaged in the development of compressor drivers and air conditioner control logic. In 2014, I joined Panasonic to participate in product development work. In 2019, I joined Paulair.
Graduated from the School of Electronic Information Engineering at Dalian Ocean University in 2011, joined Hangzhou Sanhua Research Institute in the same year, and later worked in the R&D department of Trang, mainly engaged in the development of compressor variable frequency drives, main control logic software, and water turbine system logic control solutions. Senior software algorithm engineer. Joined Paulair in 2019.