SWIT: Swirling Induction Type
From the development of layer replacement air conditioning, a better air conditioning system。
The blades of the outlet are used to create a swirling airflow that induces the surrounding air to move slowly into the distance。

SWIT type of backflow induced layer air conditioning system，It is a thermal layered HVAC system developed by Takasa Thermal Industrial Co., LTD.，Using the principle of hot air rising and cold air falling，The polluted hot air rises to the upper space of the room，Keep the air in the lower workspace clean and comfortable。Compared to hybrid air conditioning systems, SWIT supply air temperature is close to room temperature, ensuring comfort。In addition, SWIT has a large temperature difference in the return air and high air conditioning efficiency, making it a low-cost, energy-saving HVAC system suitable for large Spaces。

SWIT is the most suitable air conditioning system for large Spaces。The larger the space, the more obvious the energy saving effect。SWIT makes full use of the inducement of the rotating air flow, miniaturizes the equipment, and improves the performance of cooling and heating and ventilation of the air conditioning system as a whole。
At present, SWIT bellows and SWIT all-in-one air conditioners have a number of industrial typical cases, and the project is stable and reliable, with excellent results, and has a wide range of development space in the energy saving and emission reduction market。

In addition, we cooperate with domestic air conditioning manufacturers, for different customer needs, load environment, can achieve customized production and mass production。

PAFMAC is a small water source heat pump system, which can be dispersed in the cold and warm water 2-tube system, and can meet the different heating and cooling needs of different rooms even if the 4-tube system is not used。Can reduce air conditioning water pipe pipe Wells and other areas。When heating in spring and autumn, the heat of the room that needs to be cooled can be imported into the system to provide heating for other rooms with small heat output。Save energy。

Using a wide range of existing buildings, the system can be changed to a heating and cooling supply system。It can also solve the problem of insufficient air conditioning capacity。

With the development of society, people's requirements for the working environment are constantly improving。In particular, office buildings, hotels, hospitals, and different heating requirements will increase, and PAFMAC can achieve this function without large-scale renovation。For buildings with large heat output such as factories, waste heat can be effectively applied to office and living areas。

GDoc® advance is designed to provide customers with,

"Energy Consumption" · "Air conditioning Equipment and System Performance" · "Equipment Protection Information"

"Visualization" · "Suggestions"A kind of communication BEMS †。

† BEMS: Building and Energy management systems

About GODA

1.Technical characteristics and advanced nature

GODA®CLOUD automatically transmits on-site operation data to a dedicated database in the cloud on a regular basis, and then automatically generates charts. Experienced professional engineers find out the problem points through the analysis of charts and propose suggestions for improvement。
Data analysts are able to guide and assist field operators by remotely examining and analyzing data，Solved not the professional maintenance personnel，Operation management is also possible，And the professionals don't have to be on site，By sharing information with field operators，Promote energy saving and reduce life cycle costs，Achieve operational improvement，More efficient energy management。
The derivative GDoc® advance can provide charts and data for analysis through simple display and intuitive operation on the client side。Information from multiple facilities can be centrally managed。In addition, the system can form a regular report on the operation of the facility or equipment, on the basis of which we can make recommendations for energy saving and cost reduction。
The derivative GDoc®premium is based on operational data, combined with Gaosand's years of experience in plant operation management, and uses standardized optimization modules and easy-to-understand control logic to set optimal control target values。Artificial intelligence system with learning function。

2.Scope of application

(1) Existing buildings are imported into the GODA® CLOUD energy system to conduct energy analysis, implement energy-saving retrofit and reduce CO2 emissions。
(2) Build new buildings, increase the supporting GODA® CLOUD energy system, effectively control the utilization of energy, optimize the ratio of enterprise capacity and energy consumption, and achieve the maximum profit of the enterprise。

3. Market future demand forecast

In the case of China's two-carbon target just started to advocate, simple energy-saving retrofitting of equipment may not require detailed energy analysis for the time being。However, with the in-depth expansion of energy-saving transformation, the current situation of energy consumption and the establishment of future plans need detailed energy management and professional knowledge support。

Our company achieves energy saving and cost saving through high quality building interior installation and reasonable machine composition。Moreover, through more appropriate operation control, it can achieve more energy saving effect。Reduce manufacturing costs while meeting the high environmental requirements of the production process。

Industrial clean room It is a clean room used in the manufacturing process of industrial products and is mainly used to manage the area of tiny particles floating in the air。Mainly used in: semiconductor, liquid crystal display, precision electronic parts, precision machinery products, optical fiber, optical products, precision measuring machines, printing and other fields。

Clean room for biology Primarily a clean room for the biological field, it is a space area that manages microorganisms floating in the air。Mainly used in: pharmaceutical, pharmaceutical preparation packaging, medical equipment, hospital facilities, food, cosmetics, agriculture and other fields。

The so-called drying room refers to the purpose of controlling the moisture in the air (absolute temperature) and distributing it within a certain range, usually referring to "the room with a dew point temperature below -10 degrees".

Constructed by the right machine.Operation control, so as to achieve energy-saving, economical drying room

In the rapidly growing rechargeable battery and organic E manufacturing process, because moisture in the air is a fatal factor, it is necessary to have a dry room that can remove moisture in the air and manage a low dew point environment。The dehumidification air used in the drying room is higher than the air used in ordinary air conditioners, and the requirements for energy conservation in large mass production plants are also higher。 In order to meet this requirement, the machine composition of the dehumidifier is adjusted to achieve energy saving and cost saving。 Moreover, in the case of small dehumidification load corresponding to winter, if proper operation control is carried out, it can achieve more energy saving effect。In addition, in the case of low humidity environment, such as electronic equipment manufacturing equipment and storage facilities, the dehumidifier COASS, which can supply dew point temperature of · -100 degrees, is used to achieve ultra-low dew point temperature environment。
． 构筑节能节省成本的干燥房
.An ultra-low dew point temperature of -100 degrees can be achieved

干燥房 It is mainly suitable for lithium battery and organic EL manufacturing。

Patent number: ZL 2018 1 0002139.8

BARRIFLOW was developed and launched by Takasa Thermal Industries Co., LTD., our parent company in Japan, in collaboration with national medical institutions in Japan, based on the technological achievements of aerosol prevention and control and air flow control。The use of Japan's first "air screen" patent technology, so that the air in front of the user to form a "air screen", effectively block the spread of aerosol as the carrier of germs。At the same time, HEPA efficient filtration system, combined with real-time wind speed monitoring, efficient filtration of bacteria, to provide clean air source。During the large-scale H1N1 virus outbreak in Japan in 2009 and the new coronavirus outbreak in 2020, it made great contributions to the prevention and control of hospital infections in Japan。

Core technology - "air screen" technology

BARRIFLOW adopts Japan's first "air screen" patented technology to solve the core issue of eddy current, forming a "air screen" in front of the user, effectively blocking the virus transmission inside and outside the device。

Core technology - HEPA high efficiency filtration system

BARRIFLOW uses a HEPA filtration system to efficiently remove floating particles (dust, bacteria, and viruses based on aerosols) from the air, continuously purifying the air and generating clean air。
With the combination of "air screen" technology and HEPA high efficiency filtration system, as well as the continuous improvement of the product application by high sand thermal, BARRIFLOW shows its powerful function when used。

1. Purify the air at top speed

It can quickly and effectively reduce the attachment carrier of bacteria and viruses in the air, effectively kill viruses and bacteria, and keep the air in the isolation room clean。

2. Protect professionals such as doctors

The curtain and outlet are specially designed to form an isolation space and form an air screen in front of the user to isolate the spread of droplets inside and outside the equipment。

3. Effective isolation of key patients

There are two modes of use, positive pressure mode and negative pressure mode. The positive pressure mode means that the doctor is in the isolation room, and the negative pressure mode means that the patient is in the isolation room. The positive and negative pressure mode can be changed quickly。For key isolation patients or those with sudden body temperature abnormalities, negative pressure mode can be used for rapid and effective isolation。

4. Easy to move, to solve the practical problems of the hospital

The filter equipment is equipped with a roller, and the curtains and supports can be folded to facilitate the movement and placement between the consulting rooms in the hospital and in public places (such as airport customs, temporary sampling points)。

September 17-19, 2020，At the Zhongguancun Forum Technology Trading Conference, an annual innovation and technology event held in Beijing，BARRIFLOW is the first anti-epidemic cooperation project with international advanced core technology introduced by China from Japan since the outbreak of the epidemic，Japan's high-tech anti-epidemic products，With its years of research and development accumulation, leading product technology，Stand out from more than 2,400 cutting-edge high-end projects around the world，Won the top 100 list of industrial innovation leading technologies。

BARRIFLOW has successfully landed in China, and can conduct in-depth cooperation and development with domestic enterprises。With cutting-edge Japanese technology and high-quality made in China, we will build a solid and powerful guarantee for the prevention and control of hospital illness in China in the post-epidemic era, and escort the medical staff and social workers in public places at the forefront of the fight against the epidemic!

电镜实验室 is indispensable in all kinds of scientific experimental research, because it carries various important scientific research experiments, the construction standards of electron microscope laboratory are very strict。According to the requirements of experiments in different fields such as physics and biology, the construction requirements of electron microscope laboratories are also different。

Gaosha proprietary SWIT system can replace the original radiation panel system of electron microscope laboratory Although the radiation panel system has the disadvantages of high cost and long supply period, but in use, it has the advantages of smooth operation and no indoor air disturbance, which can not be met by the existing traditional air conditioning form。

High sand on the basis of energy saving，It can also achieve low supply wind speed，Indoor airflow stabilization，The characteristics of uniform indoor temperature，So as to achieve the traditional air conditioning incomparable effect，It can meet the requirements of laboratory design temperature ，It can meet the requirements of electron microscope operating height design wind speed，It can meet the cooling requirements of indoor heat load，And meet indoor noise requirements。

At present, Gaosha has been performing well in laboratories of many universities and research institutes across the country。

Takasa Thermal Industries Co., Ltd. is located in Miku City, Tsukuba, Ibaraki Prefecture.The 746㎡ [Takasa Thermal Innovation Research and Development Center] (hereinafter referred to as the Research and Development Center) began operations in April 2020。The R & D Center consists of an office building consisting of multi-functional areas such as exhibition area, lobby and office area, a research building consisting of demonstration, laboratory and research room, and an exhibition and demonstration hall of the connecting department。

Proposed [by reducing the burden of the earth's environment and making intelligent production upward according to the role and new functions, so as to achieve sustainable building] office building with zero energy consumption, and obtained the ZEB Ready certification。ZEB is a ZERO ENERG BUILDING, meaning that the building is basically self-sufficient in energy and does not require external electricity to support its operation。

Therefore, we are a comprehensive construction service provider integrating design, research and development, consulting services and construction。

Gaosha has a number of patented technologies, if you need to know, please download energy saving materials, also welcome to contact us!

High freshness freezing technology

Seawater Smoothie Making Plant (SIS-HF®)

SIS-HF: Super Ice System for HIGH FRESHNESSThe ice making technology developed from the ice storage technology of air conditioning system is used to control the change of the freshness index K value of fish, so as to realize the high preservation of seafood。

The maximum diameter of ice grains in SIS-HF is approximately 0.05 mm, very small, formed by the salt film of sea water on the surface of the ice crystals, it is difficult to stick to each other, there is a very smooth feeling。The whole body of the fish can be cooled quickly and evenly without damage to the fish。

The time it takes to pump the maximum ice content of 50% to melt the ice will be doubled, so the ice storage time will also be doubled, and the scope of logistics will be expanded。The ice making part does not require a scraper, so the ice making part of the core of the system requires little maintenance。Low operating cost, unlimited salt concentration realization of different fish species and different freezing temperatures SIS-HF can freely adjust the salt concentration to produce smoothies of different temperatures quickly reduce the deep temperature of fish without freezing damage to the fish and without damaging the appearance of fish。