Since the birth of the air conditioner, the wind direction and speed of the wind have been used in the mechanical wind model and have a history of over 100 years. Some experts believe that even if the wind speed is expanded from the earliest to the third and fifth gears, the wind speed in each gear is fixed, causing the wind to remain uncomfortable to the people. But the wind in nature is not the same, because it is changeable and disorderly to be called the most comfortable wind at present. Haier air-conditioning is to capture such a wind, and this demand is derived from the analysis of Haier based on user behavior habits of big data, through the analysis of personalized air-conditioning users of personalized experience data, Haier air-conditioning has completed the big data to Technology to product conversion.
In order to capture the natural wind and apply it to smart air conditioners, Haier's R&D staff walked 20,000 kilometers and tested 300 natural scenes in the early autumn bamboo forest, summer seaside, rain forest, and Changbai Mountain, from cool to cold snoring. The wind speed and wind volume data of natural winds are used to compare natural winds and mechanical winds. Big data analysis is used to derive natural wind simulation equations. In addition, Haier and the China National Institute of Standardization have jointly developed intelligent bionics, relying on it to carry out a large number of comfort tests, and calculating and analyzing big data such as the metabolic rate of human activities and other indicators, and finally inventing the wisdom of “natural windâ€. Self-cleaning air conditioning.
The biggest feature of natural wind technology is the transformation of ordered mechanical wind into disordered wind. This kind of air exit method shows that air speed, air volume, speed, speed, strength, and weakness are all random and non-repetitive. But it is the closest to the natural world. At the same time, according to the natural wind and Kangda effect of the fluid wavy and divergent spray along the outer wall of the object, Haier innovatively designed a plane of the air guide plate into 52 planes, so that the wind was blown out from the original one plane direction. Blow out along 52 faces to achieve a three-dimensional effect. At present, natural wind technology has applied for five patents for inventions and applied to new series of smart self-cleaning air conditioners to effectively serve the results brought by big data to users.
In addition, Haier also announced several other world-first smart technologies based on the birth of intelligent bionics, including iterative self-cleaning, intelligent linkage, intelligent voice, induction homogenization, and thermal sensation detection. Taking the self-cleaning air-conditioner iterative upgrade as an example, the iterative self-cleaning can not only bath the indoor unit but also self-clean the outdoor unit. Through the patented counterbalance technology, the cold expansion of the outdoor unit self-cleans in a high-temperature environment, frosting, defrosting, and strongly stripping the internal dirt of the outdoor unit to achieve the power saving effect. At the same time, the double ion sterilization technology introduced for the dust and bacteria residues of the fan and air ducts has a sterilization rate as high as 99%. It is understood that Haier's intelligent self-cleaning air conditioner has gained wide recognition from users since it was listed. Its sales volume has exceeded one million units in one year.
The huge data resources have become an important basis for product iteration and market layout. At the same time, it also provides reliable data resources support for industries such as power and environment. This will further tap user value and promote the collaborative development of the industrial chain. major. The big data fed by users through the intelligent air conditioner has an important guiding role in the collaborative planning, forecasting and reasonable dispatch of after-sales service of the air-conditioning industry itself. Haier intelligent air-conditioning has used the air quality map of the big data platform to understand the unusually high temperature in Xinjiang. It dispatched 100 air-conditioned service personnel to assist Xinjiang in advance. This is a typical example of Haier's success based on air-conditioning big data.
More importantly, following the open and win-win ecological philosophy, Haier smart air-conditioner big data has also achieved cross-industry and cross-regional distribution, and achieved optimal allocation of resources and created a larger society under the premise of safe sharing. value. For example, Haier Air Conditioning Big Data Platform estimates the user cooling temperature to be set at 26 degrees after analyzing various power indicators such as peak hours for air conditioning and user cooling temperatures. While creating optimal comfort, it is expected that the national energy saving in 2016 will be Up to 10 million degrees, can effectively avoid resource waste. At present, the scope of the data of this open platform has covered 29 countries and regions in the world, 443 cities in China, 63,483 communities, with a total of 40.7 billion pieces of data. The amount of data uploaded every day can reach tens of millions.
According to the data released by the National Information Center on the “2016 Cold-air Smart Air-Condition Market Analysis and Industry Development Expectationsâ€, the domestic smart air-conditioner market has accelerated its share of total volume, becoming a significant growth point for the air-conditioning industry, and it has fundamentally changed home appliances. Traditional manufacturing model. At the same time, smart air-conditioning brand competition is highly concentrated. Under the contribution of self-cleaning air-conditioning, Haier’s share of smart air-conditioning accounts for more than two-thirds of the total, making it an absolute advantage in the air-conditioning market. Based on a sound market foundation, Haier Smart Air-conditioner has taken the lead in collecting user behavior, air conditioning status data from all parts of the country from installation, binding, failure, functional use, and air quality, and built the most complete big data in the air-conditioning industry. platform.
In the cold year of 2017, the air-conditioning industry ushered in an intelligent outbreak. For Haier, besides continuing to achieve smart leadership in global market position and technological innovation, Haier’s all-intelligent strategy for air-conditioning has also achieved outstanding results, achieving six major brands of smart products: brand, product, manufacturing, service, global, and ecological. layout. In the Chinese market, Haier’s smart air-conditioning market accounts for more than 60% of the market, and continues to position itself as a smart leader. The self-cleaning series has become the best-selling smart air-conditioner on the market. In overseas markets, Haier Air Conditioning also grew steadily. In the first half of the year, Haier’s air-conditioner sales increased by 20% year-on-year and 30% in Europe. In 2016, overseas market sales grew twice as fast as the industry, becoming a mainstream user in the international market. select.