Visualize the sun's rays anytime, anywhere, in any direction

Sky Radiation Simulator[Patent pending]
Unique simulation of the sun's rays anytime, anywhere.
-- New utilization of the sun's rays will begin"Sky Radiation Simulator" can quantify the sunlight (ultraviolet rays, visible rays, infraredrays, amount of solar radiation) at a specified point anytime, anywhere, in any direction. It
predicts the sun's rays according to any time, any place, and any direction, and contributes
to the planning of specific measures for social issues from the perspective of "sun rays".
Can be simulated anywhere on earth

Any wavelength of the sun's ray

The specified point can be calculated from thelatitude and longitude.

Analysis according to the intensity and integration of ultraviolet rays, visible rays, and infrared
rays is possible.
ULTRAVIOLETULTRAVIOLETVISIBLEINFRARED（UV-index）[Monterey][Paris]（UV-B）[Dushanbe] [Singapore] [Tokyo]

UV index UV index UV index UV index UV index
5.33
2.99
4.50
6.71
5.21

High-precision simulation

The intensity of solar radiation can be calculated
according to the orientation and elevation/depression angle.

High-precision simulation results with few errors.

Calculation by specifying the irradiation direction is possible（W･m-2･sr-1･nm-1）

The difference in direction can be simulated

Comparison of Simulated and Measured Values
Measured
Simulated

Wavelength(nm)Intensity of direct light and scattered light

Also supports calls from programs

Since the scattering / absorption phenomenon in
the atmosphere is calculated, the intensity of
direct light and scattered light can be calculated.

Calls can be made from programs such as R&D,
forecast / performance management, and smart
device apps.

Sun
Scattering
Scattering

Scattering

Scattering

Direct Light

Scattering

Scattered Light

Scattered Light

Scattering

Scattered Light

GroundUtilization image of "Sky Radiation Simulator"
Image of digitization and visualization of sunlight
You can quantify andvisualize the sun'srays, such as
calculating the solar
radiation intensity at
any time in a certain
place for eachwavelength band anddrawing an image ofthe sky map.

LegendInsolation intensity
IR (Scattered)IR (Direct)
VIS (Scattered)An example of graphing the intensity of solar radiation with a tool

VIS (Direct)
UV (Scattered)UV (Direct)

05:00

06:00

07:00

08:00

The data quantified
紫外線by "Sky Radiation
Simulator" can beused from programs 可視光
and tools via files orAPI calls.

09:00

10:00

11:00

12:00

13:00

14:00

15:00

16:00

17:00

18:00

19:00

An example of sky map

赤外線Application image of “Sky Radiation Simulator”
By using the result of "Sky Radiation Simulator" as one of the inputs and modeling the physical phenomenon related
to the sun's rays with mathematical formulas, etc., precise physical simulation becomes possible. For example,
calculation of the degree of influence of ultraviolet rays on the human body, prediction of deterioration of paint andmaterial, prediction of effect of heat-shielding paint, prediction of temperature of solid, liquid, soil, and human body,
prediction of solar power generation, prediction of growth of plants, it is a time series simulation such as.
Calculation of the degree of influenceof ultraviolet rays on the human body

Prediction of deterioration of paint and materials
Predicting the effect of heat-shielding paint

Cumulative solar radiation energy
Calculate UV index>>>>

Predict the useful life of paintPredict the cost-effectivenessof heat-shielding paintPresent appropriate measures
Temperature prediction of solid,
liquid, soil and human body, etc.

Solar power generation forecast
Growth forecast of plants, etc.

Apply the simulation results to thetemperature calculation model>>Predict the appropriate period of soil disinfection
Predict the condition of the human indoors andoutdoors

Apply the simulation results
to the yield calculation modelBIPROGY Inc.
H.Q.

1-1-1 Toyosu, Koto-ku, Tokyo, Japan
Postal Code: 135-8560
Phone+81-3-5546-4111
https://www.biprogy.com/e/>>Solar power generation forecast
Predict the yield of plants, etc.

Contact Information
About "Sky Radiation Simulator“
https://www.biprogy.com/e/randi/srs.html

Copyright © 2022 BIPROGY Inc. All Rights Reserved.
The text, photographs, illustrations, images and their combined edits contained in this leaflet are protected by copyright law.
These copyrights belong to BIPROGY Inc., and if they are written by a third party, they belong to that third party.
Performance and specifications are subject to change without notice for improvement. In addition, the color of the product may differ slightly due to printing reasons.