In the heart of the SolarTimer is a collection of very accurate proprietary computer program routines that calculates the sun, moon and other selected stellar objects elevation and azimuth angles as a function of altitude, atmospheric pressure, temperature for a given date, time, in the past, present or future from anywhere on earth from the North to the South pole! This is a claim that many, including very reputable major government organizations cannot make! The App accuracy is only matched by US Naval Observatory or US Jet Propulsion Laboratory programs.
➤ Support for 39 languages listed below!
➤ Map, Solar, Lunar, Magnetic and “unique” GPS compass capabilities providing redundancy for the navigational applications.
➤ Global map with visual GPS coordinate extraction capability and “unique” analog compass dial which displays 25 different parameters in touch screen.
➤ Heading and distance calculations between any points on earth the highest accuracy possible in today’s mobile applications.
➤ GPS Coordinate, date, time and altitude tracking for any duration of time for a wide spectrum of travel velocities and altitudes including air travel.
➤ Emergency email and SMS reporting capabilities.
➤ Very accurate instantaneous solar power density calculation anywhere, any date. Solar energy density calculation for both fixed and sun tracking solar panels. Optimum fixed elevation and azimuth angle calculation for solar panels at any GPS coordinates based on maximizing energy for any duration of time.
➤ Azimuth and elevation of the moon, its Phases, visible area, distance and cycle dates.
➤ Very accurate Earth and moon orbital animation in the Solar System with the capability of setting any date and time laps with astronomical real time data.
➤ Sunrise, sunset, noon and all of the defined Twilight_times (Civilian, Nautical, and Astronomical) anywhere and any date.
Supported Languages :
➤ Comprehensive Technical Users Manual with 100+ pages of text, supplemented with 100+ figures and screen shots available in the web site
Keywords : GPS, Solar, Compass, Tracking, Emergency, Sun, Moon, Navigation, Mapping, Twilight, Sunrise, Sunset, Geocaching, Orbit, Azimuth, Elevation, Energy, Power
The app supports these inverters:
- Piko (from Kostal)
- Powerstocc (from Centrosolar)
- Convert (from Solar Fabrik)
Allows to check the current live status and history of solar power inverters. The inverter is a device that converts the DC solar power generated by photovoltaic solar panels into AC power for the power grid.
Settings and data are persisted between shutdown and restart of the application. The persisted data can be viewed without the need for a network connection. There is also no need for registration on or communication with an external website.
Configuration is easy as it supports auto-detection of the inverter on your network.
It's even possible to connect when you're not at home!
Please visit our website http://www.dazzlesoft.be for more detailed information.
Currently Czech, Danish, Dutch, English, Estonian, French, German, Greek, Italian, Portuguese, Swedish, Slovak, Turkisch and Spanish languages are supported.
If you like to have an extra language added or if a translation should need some correction, please contact us at firstname.lastname@example.org
NEW: Free Windows/OSX version can be downloaded from:
If you don't own the Android or iOS version of this app, you can contact us at email@example.com
The app has a map view which plots the daily sun and moon path relative to your current location. It also contains a widget for your home screen showing sunrise/set times for the current day and your current location.
This is the full version of Sun Position. You can also download a free demo version which is limited to showing data for the current day (click on more apps by Stonekick to find this).
- Plan a photography shoot - know in advance exactly when and where sunrise and sunset will be
- Viewing a potential new home? Use this app to find out when you'll get sun in your kitchen.
- Planning a new garden? Find out which areas will be the most sunny, and which areas are likely to be in shade throughout the day
- Getting solar panels? Check whether nearby obstructions will be a problem.
For more information on the data included in Sun Position see our blog post:
There are several factors that affect the performance of a solar panel, and three of them closely influence the position must have:
- Latitude: The farther north, the panels should be in a more upright position, because the sun is lower on the horizon
- Environmental barriers. Trees, buildings, mountains, and even other panels can reduce performance if the board is bad orientada.v
- The period of interest. In many cases (for example, seasonal residences, or panels for hot water) may only want the plate using certain months.
Unfortunately, only the first factor is taken into account by most panel installers, which simply give them a south facing slope equal to the latitude.
Horizon Helioserver Calculator is a free application for Android phones that allows you to correct the position of a panel considering all environmental factors. With Horizon Helioserver Calculator can save 25 euros a year, and prevent the emission of hundreds of kilos of CO2 into the atmosphere. *
* Horizon Helioserver Calculator uses GPS or mobile networks to accurately determine latitude.
* Horizon Helioserver Calculator uses the compass, camera and accelerometer of your phone to accurately calculate the skyline silhouette around your plate
* Calculator Helioserver Horizon offers a form to specify the period of interest for the use of the solar
* Horizon Helioserver Calculator uses the internet connection to connect to a powerful server, using very complex calculations, determine the optimum position of the plate
The technology used in the calculation algorithms is the result of years of research by a team of researchers from the University of Malaga by a research project funded by the Municipal Energy Agency of the City of Malaga. The validity of the calculations has been endorsed internationally Eurocities Awards Innovation Award, and the Intel-HP Itanium Award Innovation Award. The company also won the award Helioserver Spin-Off 2010, University of Málaga
The algorithm takes into account the position of the plate, the weather, the silhouette of the horizon and its influence in the daylight hours, and the period of use, and using numerical methods of integration of equations accurately calculates the optimal position plate.
Energy saving and environmental immeasurable
Studies show, for example, that virtually no plate Malaga city is well oriented. On average, all of them are being wasted 6% of its energy, representing a loss of 25 per year, and an environmental charge of 100Kg of CO2 per plate. Throughout Málaga, this represents a cost of emissions of 10,000 tonnes of CO2!
The environmental benefit of this application is unimaginable.
Since there is no similar application in the world, with only Helioserver Horizon Calculator can take full advantage of its plate on any point of the earth. In Helioserver, we consider it important that this application reaches all corners of the world, so it has been translated into more widespread languages (Spanish, English, French, Arabic, Chinese and Russian) Our hope is that this application save tens of millions of tons of emissions worldwide!
Horizon Helioserver Calculator is also a useful tool in applications where it is necessary to calculate a horizontal profile. The profiles can be stored in text mode or how transparency mask. Stellarium or SkyMap are some applications that require this type of masks.
The FAO Penman-Monteith ETo estimate can be derived from the original equation of Penman-Monteith and aerodynamic and surface drag equations.
The goal of universal use of ETo using the FAO method Pennman-Monteith, although missing climate data.
For the complete calculation of ETo needed temperature, relative humidity, wind and radiation sensors.
However this app is capable calculate the ETo only with the temperature data, assuming the dew point temperature such as the minimum temperature, wind speed of 1.5 m/s and solar radiation clear day.
The location is carried through a location sensor or clicking a map.
Groups the results, ETo, Precipitation and Events Rain of the last seven days to be used in IrrglApp nad LandsWater
Calculate the percentage of ETo due to radiation.
Supports English, Spanish, French, Italian and Portuguese.
Supports Metric and English Units (US).
Imports data from weather stations near the place elected.
The calculations are based on the equivalent lumped electrical model of four parameters with a correction on the value of the module’s internal resistant.
This version is free only for the Participant’s of the seminar on the subject “O&M of PV UNITS” of the Bioklimatikos Group.
Each participant will have to sent an email with his name, last name, seminar date and the code of the program via mail to receive the unlock pass
The PV*SOL app helps homeowners and system planners in making the decision for a PV system. In four simple steps, the app determines the necessary data and calculates the possible solar output:
1. Smart with Smartphone: you can type in or determine the orientation and pitch of the roof with the help of the sensors in your mobile phone.
2. Opt for one of three types of modules: monocrystalline, polycrystalline or thin film.
3. Enter the desired approximate size of the module area or the peak power.
4. The location of your PV system determines the possible solar yield. The PV*SOL app uses the Valentin Software climate data database.
If your mobile phone has GPS, your location will be shown on a map. Otherwise, enter the name of your location.
The characteristics of your PV system are calculated with the climate data for this location.
The simulation uses the PV*SOL calculator on our server to calculate the system quality and yield with the following results:
- Annual irradiation (kWh/a)
- Annual irradiation on the tilted surface (kWh/a)
- Feed-in (kWh/a) - depending on the feed-in tariff, you can easily convert this value into the annual feed-in payment
- Performance ratio
Send your results by Bluetooth, e-mail or text, depending on which options your mobile phone/mobile phone contract provides.
More from developer
Then this app is the perfect solution for you.
The app lets your device beep every time, that you have choosen...
If you have an idea for the App, please let me know it: firstname.lastname@example.org
Tags: Clock, Alarm, Clockalarm, beep, beeper, piep, clockpiep, clockbeeper, casio, watch, reminder, hour, full, fullhour, remind me, background, service, beepservice, remind service, sound, minute, seconds, second
For the connection to the databse you need an internet connection.
SunLux, the ingenious tool for your solar power - earnings forecast. Here you can quickly and easily get an overview of the possibilities that offers SunLux. You will be able to create your own earnings forecasts. Take a little time and enter all relevant data in SunLux.
You can let the device act as a PV module. The place where you will be located with GPS.
You can then proudly say: With this income i can expect in the future, I have determined it by myself.
* GPS tracking
* Orientation by the sensors of the device
* Graphical representation
* Options: + PV technology + Installed PV power + losses of the PV system + optimum tilt + optimum azimuth + mounting position
Functions of the Pro version:
* Display the daily solar radiation -> Lite version also
* Display of monthly solar radiation
* Income statement of a PV system
* Share feature
* Optimum affection for your PV system
The database is based on precise measurements of sunlight in Europe and Africa - called as PVGIS. The latest version 4, which is based on the CM SAF radiation database offered free of charge.
Tags: Sonne, Solar, PV, Photovoltaik, CIS, Silizium, SI, Sun, kwh, Strom, Energie, Current, GPS, Orientierung, Solarzelle, Solarcell, Energy, Lux, Licht, Light,