Honda Transmission MFG. Technical Center

Honda Transmission.jpg

HONDA TRANSMISSION MFG.
TECHNICAL CENTER


Phase 1 17,200 sq. ft.
Phase 2 10,200 sq. ft.
Phase 3 12,200 sq. ft.

Russells Point, Ohio

Research and Development Center
Honda Transmission Manufacturing (HTM) opened a brand new 17,200 sq. ft., energy-efficient Technical Center in Russells Point, Ohio. The new facility was designed to house Product Engineering and Market Quality operations. In 2002, the building was expanded by 10,200 sq. ft. Its energy systems included adding (4) new wells to the geothermal system. Again in 2005, the building was expanded by an additional 12,200 sq. ft.


The following criteria guided this project’s sustainable initiatives:

  • Project materials were sourced within a 500-mile radius of the site, decreasing the transportation costs and reducing the environmental impact.

  • Geothermal heating and cooling systems were installed to reduce energy consumption and CO2 emissions.

  • Designated parking areas for car-pooling and a bicycle rack were introduced to encourage employees to consider lower-impact transportation alternatives.

  • An adaptable building design was created for flexibility and ease of modification for future growth, production systems reorganization, and vertical growth capacity.

  • All areas within the building could access natural light and ventilation.

  • Large operable windows and skylights were installed to allow cool air circulation during hot weather, and a fresh air supply unit would provide consistent natural ventilation throughout the year.

  • Skylights allowed natural light into the building, while baffles were used to help diffuse and moderate the level of light being emitted into the workspaces.

  • High-efficiency light fixtures and dimming controls were installed to maintain comfortable overhead lighting levels.

  • On the south-facing wall, light shelves maintained task lighting levels by controlling the sun’s radiation angle at different times of the year.

  • A radiant floor heating system was installed for its efficiency at maintaining a consistent level of warmth and its effectiveness at providing a comfortable working environment.

  • Thermally-efficient R24 insulated rated walls, and R30 rated roof was selected to reduce utility loads and costs.

  • The location of the new building was placed near existing utilities, exterior features, and facilities that could be shared and that would reduce the amount of disturbance and construction to the surrounding environment.

  • The building was oriented to take optimal advantage of seasonal lighting conditions, wind patterns, and natural shading.

  • Low-flow plumbing fixtures were installed.

  • The project's materials were specified for their reduced life cycle footprint, employee wellness, high energy performance, durability, low chemical off-gassing, and low maintenance qualities.

Lou Terada