Introducing a method to predict wind direction and speed, and to verify the occurrence of wind damage around buildings!
We use a general-purpose 3D fluid analysis software to predict wind environments, analyzing a range with a radius of approximately three times the height of the planned building. This method allows for evaluations at a lower cost and in a shorter time compared to traditional wind tunnel testing methods. We offer "Wind Environment Simulation" for predicting wind damage related to environmental assessments and wind predictions associated with condominium construction, as well as "Wind Power Environmental Simulation" for predicting noise, low-frequency sound, and shadow effects related to wind power plant environmental assessments. Please utilize this for environmental assessment materials or as reference materials during the design phase. 【Features】 <Wind Environment Simulation> ■ Wind damage prediction related to environmental assessments ■ Wind predictions associated with condominium construction ■ Wind environment simulations tailored to customer needs *For more details, please refer to the PDF materials or feel free to contact us.
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【Other Features】 <Wind Power Generation Environmental Simulation> ■ Prediction of noise, low-frequency sound, and shadow flicker related to environmental assessment of wind power plants ■ Various predictions related to administrative competitions for small-scale wind power plants *For more details, please refer to the PDF document or feel free to contact us.
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【Purpose】 ■ As materials for environmental assessment ■ As materials for consideration during the design phase ■ As materials for consideration of countermeasures ■ As materials for explanation to nearby residents *For more details, please refer to the PDF materials or feel free to contact us.
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New concepts such as the utilization of big data are emerging, and diverse information is being generated daily. At Murata Measurement Service, we propose new methods for quantifying phenomena and the behavior of chemical substances in areas such as environmental measurement and weather observation, where measurement methods have not been established until now.