Takasago Engineering Mexico

We are a team of Japanese and Mexican engineers specialized in supervising construction with 10 years of experience of service in the industrial and commercial sector.
Our work execution is done accordingly to Japanese philosophy:
Safety, innovation, commitment, technology, and satisfaction

about us

Takasago Engineering Mexico is a subsidiary of Takasago Thermal Engineering.

President

MR. TSUYOSHI MIURA

Capital

10 million USD

No. of Employee

50

Established since

November 2014

Corporate Philosophy

Purpose

With our revolutionary environmental innovations, we activate the Earth's future. Takasago Thermal Engineering synchronizes the air to various spatial environments, creating endless possibilities. Moreover, each employee is part of a tradition of pride and expertise built over the Company's 100-year history, and we continue to expand the spirit of diversity and co-creation through harmonious relationships with others. We consistently pioneer paradigm-shifting environmental innovations. We are able to create optimized spatial environments not only on this planet, but also in space. And we are profoundly dedicated to the wellbeing of our families. our fellow human beings, and all life on Earth.

Vision

Be an Environment-Creator™

Origin

Contribute to society through social harmony and creative solutions.

Values

TakasagoWay Provide value beyond expectations. Act with fairness, confidence, and pride. Build trust to create enduring relationships.

Our Services

Specialists in the industrial sector Design and Construction

Clean Room

HVAC

Electricity & Control

Utility System

Solar Panel

Dry Room

Carbon Neutral

Bio Cleanroom

Fire Protection System

Takasago Technology

DRY ROOM®️ technology

TCR - SWIT®️

Green Air®️ service

Swirling induction type TAKASAGO HVAC system: SWIT®️

Watch our IDC difuser system in action

Optimization for IDC data centers with Green Air IDC

See the difference: 
Flow Ventilation vs. SWIT

Takasago Green Air Technology

Takasago Technology

DRY ROOM®️ technology

TCR - SWIT®️

Green Air®️ service

Swirling induction type TAKASAGO HVAC system: SWIT®️

Watch our IDC difuser system in action

Optimization for IDC data centers with Green Air IDC

See the difference: 
Flow Ventilation vs. SWIT

Takasago Green Air Technology

Takasago Energy

Optimization for IDC data centers with Green Air IDC

DRY ROOM®️ technology
Swirling induction type TAKASAGO
HVAC system: SWIT®️
TCR - SWIT®️
Green Air®️ service

See the difference: 

Flow Ventilation vs. SWIT

Watch our IDC difuser system in action

Takasago Green Air Technology

Why Choose Us

  • Clean Room, Dry Room & HVAC systems
  • Conceptual engineering and detailed engineering
  • Energy analyzes
  • Engineering architectural projects
  • Coordination and Integration of engineering services
  • Work supervision
  • Work execution
  • General Contracting
  • Monthly construction planning
  • Safety and Hygiene
  • Scheduling of Work and Simultaneous Tasks
  • Teamwork coordination
  • Communications monitoring
  • Budget Management
  • Audits and Quality Control
  • Testing & commissioning
  • Post-sale and Maintenance
  • Conceptual design
  • 3D rendering
  • Architectural CAD
  • Executive
  • Electrical installations
  • HVAC Systems
  • Plumbing installations
  • Utility diagrams
  • CCTV IP
Japan
Mexico

NETWORK

Contact us

Click the region for the addresses of our offices                                       Enter our webpages around the world 

Saporro
Tohoku
Tokyo
Yokohama
Nagoya
Kansai
Chushikoku
Kyushu
Kanshinetsu
China
Hong Kong
Japan
Vietnam
Thailand
Myanmar
Malaysia
Singapore
India
Indonesia
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  • +52 (442) 241 2945
  • contacto@tte-net
  • ANILLO VIAL Ⅱ FRAY JUNIPERO SERRA NO2601 PISO 4, PABELLON SANTA FE JURIQUILLA STA. FE, QRO. MEXICO C.P.76230

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Achieving low-cost and energy-efficient DRY ROOM® facilities with appropriate equipment configuration and optimal operational control
Moisture in the air is an impediment to yield improvements in the manufacturing processes for the increasing production of rechargeable lithium-ion batteries and next-gen secondary batteries, which are expected to be widely used in the future. This manufacturing is therefore performed in a DRY ROOM®, which has the moisture in the air removed in a controlled low dew point environment. The manufacturing cost for the dehumidified air used in the DRY ROOM® is higher than that for the conditioned air used in ordinary air conditioning. There are therefore increased demands for energy conservation in large-scale mass production factories. In order to respond to these demands, we optimized the configuration of the dehumidification equipment to achieve reduced energy consumption and lower cost. In addition, we achieve further reductions in energy consumption by implementing optimal operation controls to deal with variations in the dehumidification load, for example, during the winter months.

TCR-SWIT® – Constructs a high-precision environment in an ultra-short execution period, also providing energy and cost savings

Applying to clean rooms
TCR-SWIT® is a next-gen clean room technology that enables both efficient maintenance of the indoor environment and energy savings in large-scale cleanrooms, which had previously been a major challenge.
The special features of SWIT® have been technically tested and verified in an ultra-precision air-conditioned clean room of ISO Class 5; we demonstrated that thermal environments and cleanliness can be maintained with less air flow due to excellent ventilation efficiency. We have a proven track record of commercial installations in the semiconductor manufacturing process (front-end) cleanrooms (ISO Class 5 with ultra-precision air conditioning).

TCR-SWIT® installation example (Read our PDF)

Construction of an experimental and test site for TCR-SWIT®.
We constructed an experimental and test site for TCR-SWIT® at  the Takasago Thermal Engineering Innovation Center. It is the one and only experimental site in the world where you can switch between the TCR-SWIT® method and the FFU method in the same room and visualize temperature distribution, cleanliness, air flow, etc. permitting comparisons and tests. It has a mobile simulated heat load that is able to recreate an environment close to the actual device layout and heat generation status.
Since the opening of the  site, many clients from various fields have visited the site to test the HVAC system of TCR-SWIT® and has received positive feedback.

TCR-SWIT® verification testing (applied to ISO Class 5)

  • FFU method 60 times/h
  • TCR-SWIT® 25 times/h
  • Visualization of temperature
  • Visualization of air flow

Comprehensive assessment technology for IDCs and operation task service for the entire life cycle of IDCs: Green Air® IDC”
 Green Air® IDC employs our comprehensive assessment technology for operational task service to optimize an IDC’s overall performance throughout its life cycle.

The air conditioning load at IDCs changes frequently due to the introduction of new IT equipment and the replacement of old equipment. It is necessary to adjust the air conditioning equipment according to the situation of heat load, but advanced knowledge and know-how are essential for this operation.

We have proven results in more than 100 installations tested in Japan and overseas. The service diagnoses the thermal environment and energy use of the operating IDCs.

For an IDC that is already in operation, we diagnose the thermal environment and energy so that we can offer a one-stop service, i.e. support for everything from energy-saving tuning, planning  and design of the renovation to the execution of the work and after-sales support.

Achieving both comfort and energy conservation with a 40% reduction in HVAC energy use.

SWIT® is a displacement ventilation enhanced entertainment effect type HVAC system which uses the natural principle that warm air rises and cold air falls. The contaminated hot air is moved up to the ceiling and the environment in the working area is kept clean and comfortable.

SWIT® can condition the air with less air flow than a mixed air conditioning system as well as with the air flow temperature close to the room temperature. This makes it possible to build an HVAC system that conserves energy at a low cost. SWIT® is suitable for large spaces and places with high heat generation loads, high outdoor air loads, and high dust emissions.

🏆 Winner of the 7th “Environmental and Equipment Design Award”
🏆 Winner of the 24th “Technology Promotion Award” by the Society of Heating, Air-Conditioning and Sanitary Engineers of Japan and the 2012 Energy Conservation Grand Prize “Agency for Natural Resources and Energy Director-General”