ScanTheSun experts

Zonnepaneelcalculator met schaduwanalyse op basis van NASA-gegevens

ScanTheSun is an application for solar PV-panels and thermal collectors adjustment to get maximum operational efficiency.

The ENERGY GLOBE NATIONAL AWARD winner 2016.

ScanTheSun creates a comprehensive online profitability report that you can share with your investors. The report has a form of a separate website with a client access code. In addition to the graphs present in the ScanTheSun application, the report contains many additional graphs and a comprehensive solar energy yield rating.

Take a look at an example report under http://www.scanthesun.com/solar/forecast.php?for=423734783

ScanTheSun enables:

1) Creation of profitability report for the entire investment.

2) Minimization of energy loss due to wrong orientation of the panels as well as due to inappropriate placement with respect to surrounding trees/buildings.

3) Reliable planning of the panels mounting. You will choose the best fragment of the roof and decide on usage of additional stands.

4) Acquiring an information on hours of electric energy production or water heating by the installation.

The Application takes into account buildings or trees around your panels and enables panels adjustment even in complicated urban surroundings. You can use ScanTheSun for adjusting of panels

1) on detached houses

2) on houses in urban areas

3) in solar devices in cities or parks

4) in traffic solar devices

Features:

a) Create a comprehensive online insolation report accessible to your investors.

b) NASA Surface meteorology and Solar Energy data used to account for the influence of the atmospheric conditions on the insolation of solar devices.

c) Direct as well as diffuse solar radiation components used for insolation measurement.

d) Elliptic shape of the Earths orbit is taken into account by calculation of the Sun position on the sky. Thanks to that, the Sun position is computed with 0,1 degree precision. This precision will hold for calculations up to the year 2055.

e) Atmospheric refraction of the light going through the thickness of atmosphere depending on the incidence angle is taken into consideration.

f) To get higher precision of the crossing points of the contoured horizon and the paths of the Sun, the barycentric coordinates in a triangle geometry have been applied.

g) Vector openGL graphics together with quaternions and matrix algebra has been used to get faster rendering.

h) Advanced stereometry and matrix algebra enable sensor calibration and camera view-angle determination.

i) Differential calculus is used to calculate the energy stream picked up by the panel taking into account its orientation, sun trajectory, atmospheric refraction and shade cast by trees/buildings.

j) Multi thread architecture of the application consists even of four processes working in parallel. Multi threading ensures smooth work of the application. Thanks to schedulers, the application works well even on old, single-core devices.

k) ScanTheSun is multi language. Presently it supports English, German, Italian and Polish.