Bluetooth Inverter Connection and Data Logging application for your solar photovoltaic system.
Supports SMA* Sunny Boy Bluetooth wireless enabled solar PV Inverters.
Note: please check with your installer they have set the Bluetooth ID and date/time of your inverter.
NEW: upload data to www.pv-log.com
Supports multiple inverter logging (can only connect/view one at a time).
Daily graph updated whilst connected to the inverter.
Swipe gesture support on graph to move between days.
Download Historic data for date range (inverter holds last 90 days).
Provides real time spot values for performance monitoring.
Today Feed in + Export Income
Today estimated cash savings on electicity
Total Income (Feed in + savings)
Upload Collected data to pvoutput.org** for further online analysis.
Option to real time auto upload to pvoutput.org whilst connected. NEW!
Historical daily totals (kWh) data viewing by scrollable bar chart.
Historical weekly totals (kWh) data viewing by scrollable bar chart.
Historical monthly totals (kwh) bar graph with ability to show comparison to monthly targets.
Plant View aggregate Historic daily totals (kWh) data viewing by scrollable bar chart for all inverters registered.
Plant View aggregate Historic weekly totals (kWh) data viewing by scrollable bar chart for all inverters registered.
Plant View aggregate Historical monthly totals (kwh) bar graph with ability to show comparison to monthly targets. for all inverters registered.
Database tidy function.
Database backup/restore, transfer your data to your new android device
Optional auto backup to "/sdcard/Felix Solar Log/Backup" each time you start the app.
Copy your backup into "/sdcard/Felix Solar Log/Restore" to auto restore when you next start the app.
CSV Import function, Import your Sunny Explorer CSV Files.
Format1: dd-MM-yyyy HH:mm:ss;kWh;kW
Format2: dd/MM/yyyy HH:mm:ss;kWh;kW
Format3: dd.MM.yyyy HH:mm:ss;kWh;kW
Multi file bulk CSV Import functionality, place files in "/sdcard/Felix Solar Log/Import"
*Tested on SMA Sunnyboy SB4000TL, STP8000TL, SB2000HF, SB3000HF Models
**requires free pvoutput.org account and api key, pvoutput.org will only accept uploads within the last 14 days.
Thanks to Jakob, Roberto & Guenter for their translation
Solar-Log, Solarlog, SolarView, Sunny Webbox, Sunny Explorer, ZonPHP, PVOutput, PV Output, Sun Watch, Android, App, Photovoltaik, Photovoltaic, Solar
Alternatif enerji kaynaklarının popülerlik kazandığı şu günlerde, ortalama bir evin ihtiyaç duyacağı enerjiyi ve gerekli panel alanını bu araç ile kolay bir biçimde hesaplayabilirsiniz.
Sadece evinizdeki elektronik aygıtları, sayılarını ve coğrafi bölgeyi seçin ve gerekli enerjiyi ve panel alanını hesaplayın.
Lütfen hesaplanan değerlerin sadece bilgilendirme amaçlı olduklarını unutmayın!
Anahtar Kelimeler: Güneş, Güneş Enerjisi, Sun Power, Solar Power, Calculator, Energy, Güneş Paneli, Panel, Panel Alanı, Güneş Enerjisi Hesaplama
Solar chargers can charge lead acid or Ni-Cd battery bank up to 48 V and hundreds of ampere-hours (up to 400 Ah) capacity. For such type of solar chargers, generally intelligent charge controllers are used.
Solar energy technology, enviromental friendly and could recharge itself under sunshine for emergency purpose when outside.
High capacity of 7200mAh, Charges all iPhones 3 to 4 times, a Galaxy S4 more than twice, or an iPad 1 to 2 times.
Build-in Lithium Polymer battery cells: anti-explosion, lightweight, compact and reliable. Long lifespan with more than 500 recharging times.
Compatible with 5V USB-charged devices, 4 LED indicators makes it easy to know how much juice you've got left. This app is only for fun purpose, no way that you can use mobile phone screen to use as solar panel.
Several different PV plants can be monitored by the Solar-Log™ and visualized with this App. As result, already installed PV plants with their current data provide an interesting insight to the performance capabilities of modern plants.
The App saves all of the data in an internal cache so that once loaded it can also be displayed yields when no internet connection is available. The Slide Show mode makes it possible to display the plant continuously. So at a glance, you quickly see what the plant's current power output is. Additionally a small widget provides a direct overview for the yields at the homescreen.
Supported plants include any that are accessible via the internet website Solar-Log™ WEB "Commercial Edition" as well as Solar-Log™ WEB "Classic 2nd Edition".
Simply place your phone under direct sunlight or any other light source and you will see that your phone will start charging. This is Solar panel battery charger technique.
This application consumes energy from your battery. If you cover the solar panel with your hand the charging will be very difficult. Please make sure their is no obstruction between the sunlight and the panel on the phone for best charging. Solar battery charger will charge the cells on the solar panel and therefore the battery.
No more need to connect wired chargers.
Note: Charging the battery with the screen is not possible, please do not expose your phone to sunlight as it may damage it. This application is made for fun and entertainment purposes only so that you can prank your friends.
Vous être un particulier et envisagez d'investir dans une centrale solaire sur votre toit et vous voudriez bien savoir si cette dernière convient à cet effet ? Systovi Solar Preview, la nouvelle application pour Android, vous permet de connaître rapidement la quantité d'énergie que pourrait fournir votre équipement solaire.
Systovi Solar Preview détermine le taux d'ensoleillement aux coordonnées GPS du site à partir d'une base de données Méteo France. L'application utilise la boussole pour mesurer l'orientation et l'inclinomètre pour mesurer l'inclinaison du versant. Elle évalue ensuite le rendement spécifique en kWh/ m2/ an à partir de ces valeurs à l'aide d'un modèle mathématique.
En renseignant à la suite quelques informations pratiques sur vos besoins et votre mode d'utilisation de l'énergie, vous accédez à l'étape de configuration de votre projet sur votre toit.
Pour ce faire, vous déterminez le type d'installation souhaitée en faisant varier les types et le nombre de panneaux à implanter sur votre toit:
- R-VOLT: centrale solaire aérovoltaïque pour production d'électricité et de chauffage
- V-SYS: photovoltaïque ultra intégré pour production d'électricité
- R-SUN: ventilation solaire multi énergies pour production de chauffage et d'eau chaude
Mois par mois, vous visualisez vos économies d'énergies et obtenez une estimation de vos gains annuels prévisionnels en électricité et/ou en thermie (chauffage/eau chaude).
Vous accédez enfin au calcul précis de la rentabilité de votre projet. En fonction du montant total de votre investissement (fourniture et main d'œuvre de pose) que vous saisissez, vous consultez le temps de retour sur investissement, le coût de revient de l'énergie renouvelable que vous allez produire et l'impact en terme d'économies de CO2.
Tout au long de votre navigation, en cliquant sur le bouton d'information "I", vous pouvez remplir un formulaire de mise en relation avec un installateur agrée proche de chez vous.
Enter the value for the photovoltaic installation area you have in mind, select the photovoltaic technology and it will display the energy that would be generated and its equivalencies in avoided CO2 emissions, hours of light and electric car mileage.
Use the screen of your Smartphone to simulate the active surface of the photovoltaic glass, and just place it in the same position that your installation would be. The results will change depending on inclination and rotation of the device. Try it out and compare results for different design purposes.
The app also allows you to save your photovoltaic estimation results and share them with your friends via E-mail, Facebook and Twitter.
The location of your plant can be automatically detected via GPS or localized by manually entering an address.
The inclination of the modules can be entered manually or by automatically measuring the position and angle of the device. The orientation is automatically entered if your device supports compass or can be entered manually.
Other parameters include:
- orientation of the modules
- type and mounting of the modules
- degradation factor
- efficiency factor
- peak power of the plant
All results are estimated values, that are calculated on basis of the average solar radiation amount in the specific area.
Vario green energy Concept GmbH
Phone: 0049 7031 68490-30
SolarAnalyzer works with data loggers/data sources such as:
- Solar-Log™ (all models, partner of Solar-Log™)
- SolarView@Fritzbox, Sun-Watch, Freesol, Hyperion for Kostal
- Kaco Powador, Kostal Piko, Sunways inverters
- S0control, SMASpot, PVOutput.org
- meteocontrol WEB’log PRO, Kaco proLOG
- SMA Sunny Webbbox BT (with FTP-Push of csv-files)
- SMA Sunny Webbbox RS485(with FTP-Direct-Access)
- SMA Sunny Explorer & SMA Sunny Beam csv-files
- Sunprofit and many others...
***SolarAnalyzer does not support bluetooth connection to inverter***
• Day, month and year view
• All 5-minute data refreshing (depending on the data logger / portal)
• wipe through the days / periods of time and switch to the views
• Up to 80 inverters per power plant
• Weatherforcast up to 12h
• Automatic zoom
• Manual yield correction
• Built-in cache, incl. file synchronisation
• Languages: German, English, Dutch, Italian, French
• Adjustable colors and predefined presets (via PC)
• Many well-known SolarAnalyzer Pro/Online functionality, even under Android (configurable with PC)
Full featured version available at:
Solar-Log, Solarlog, Solar Log, SolarView, SMA Sunny Webbox, Sunny Explorer, ZonPHP, PVOutput, PV Output, Sun Watch, SunWatch, FreeSol, Android, App, Photovoltaic, Solar, Kaco, Powador, proLOG, Aurora Communicator, Sunways, Inverter, pv, log, Kostal, SMASpot, meteocontrol, web'log, weblog, Luxra, S0control
Android is a trademark of Google Inc.
The SolarEdge monitoring application enables PV installers and system owners to perform remote monitoring on the go using their mobile Android device, thus maximizing solar energy harvesting.
The application enables users to view the most updated data and be up to speed with their site’s performance.
The application provides at-a-glance view of the system performance.
Present and past measurements are available:
• Current system power
• Energy – today, last month, lifetime.
• Graph display of daily power, weekly and yearly energy production
Current and forecast weather are presented and assist in assessing the system’s performance.
The app allows the display of the site’s image, which gives another visual dimension of the system.
A comprehensive list of all the user’s PV sites, which gives high level data on each site (including its image) for easy orientation.
The following languages are supported: English, German, Italian, French, Japanese, Czech, Korean and Chinese (traditional).
Mit dem IBC SOLAR Stromrechner können Sie den voraussichtlichen Ertrag einer Solarstromanlage an Ihrem Standort ermitteln.
Die Anwendung berechnet nach Eingabe der Größe und Ausrichtung Ihrer Dachfläche den zu erwartenden Stromertrag, sowie die Vergütung auf Basis der aktuell gültigen Einspeisevergütung.
Über den Menüpunkt Suche finden Sie einen IBC SOLAR Fachpartner in Ihrer Nähe, der Ihnen bei der Planung und Montage Ihrer Photovoltaikanlage kompetent zur Seite steht.
From the entered data, the application calculates the average normalized rate of consumption per hour, day, week, or month (bewteen two readings) and draws a graph showing the consumption rate over time. The total amount of actually used energy during each day, week, month, or quarter is displayed as a bar graph or table. If the average cost per unit is provided, the graphs can also show the amount of money instead of energy.
Meter exchange or reset is detected automatically and consumption data is recorded seamlessly across the reset.
Pinch zoom can be used on the trend and bar graph pages. In landscape orientation, comments are displayed in the list view.
Indirect metering is supoorted. In this case, the meter value is multiplied with a certain factor to convert it to the final energy value. Two separate unit texts can be entered, one for the meter and one for the actual energy value.
Meters can be marked to count backwards, which can happen with prepaid meters, showing the amount of remaining prepaid energy instead of used energy.
Virtual meters can be used to display the sum of individual meters and do simple unit conversion, for example from m3 to kWh. Please note that you should read your physical meters which are part of a virtual meter all around the same time for best results.
Meter data can be imported from and exported to CSV files from the context menu of each meter (long-press on the meter entry). Meters can also be edited and deleted via this context menu.
In addition to meter readings, sensor data like temperature or wind speed can be recorded. At the moment, this data is shown separately, but may be shown in combination with meter data in future releases.
ECAS is currently available in the following languages:
English, German, Japanese: Maintained by developer.
Czech: Provided by Jachym
Danish: Provided by Kim
Dutch: Provided by Gerard
French: Provided by Bernard
Hungarian: Provided by Peter from Hungary
Italian: Provided by SDS
Polish: Provided by Sławomir Soch
Slovak: Provided by Silvio
Spanish: Provided by Javier
Swedish: Provided by Lars from Sweden
Want to run ECAS in your own language? Visit the ECAS website and check out the translation page!
IMPORTANT NOTE: The trend graph does NOT show total amount of energy used. The bar graph is used for this information. The trend graph shows usage values normalized to a certain time period (hour/day/week/month or year). If your meter records a usage of 10kWh within one hour (10kW power), the trend will show a usage rate of 240kWh per day for that measurement point (10kWh/h = 10kW power rating, normalized to one day -> 10kW * 24h = 240kWh). This is by design.
In case of questions or bug reports, please check the website (FAQ section) or send me an email.
• Gestione di più impianti
• Aggiunta delle misure mensili ed annuali
• Esportazione dei dati in Excel(*)
• Lista dei valori mensili e annuali di consumi, prelievi, produzione, immissioni, autoconsumo ed incentivi (escluso "scambio sul posto)
• Grafici dei valori annuali
• Backup* delle misure inserite
(*) Il ripristino dei backup e l'esportazione dei dati in Excel sono disponibili nella versione Pro.
Usa la schermata di feedback per segnalarci bug e consigliare nuove funzioni.
View live spot data with graph of todays power (kW) and total energy (kWh).
Spot data includes current AC power (W), Todays energy (kWh), Inverter temperature (°C) and DC Power (W), DC Volts (V) and DC Amps (A) for each string of panels.
Enable auto refresh to update live spot data and todays graph.
Uses current location to calculate sunrise and sunset times to stop auto refresh over night.
View graphs of last 7 days of power and total energy.
View graphs of last 2 months of total daily energy.
View graphs of last 2 months of total weekly energy.
View graph of last 3 months of total monthly energy.
Choose between 3 themes.
Pro version available at http://goo.gl/748qah adds the following:
Removal of ads.
Hourly graphs go back to inverter maximum of 90 days.
Daily, Weekly and Monthly graphs go back to inverter maximum of 12 months.
Enable real time auto upload to pvoutput.org. *
Option to real time auto upload additional inverter data into pvoutput.org donation fields v7-v12. Data available to upload includes DC power, volts and current for each string of panels; AC power, volts and current for each phase; and/or inverter temperature. **
Uses current location to calculate sunrise and sunset times to stop auto uploads over night.
Batch upload of missing statuses for the last seven days to pvoutput.org. *
* Requires free account at pvoutput.org.
** Requires donation to pvoutput.org.
Email me or go to the Oxley Solar Google+ community (http://goo.gl/0pbD30) for support.
Most electical meters today have a diode that transmits pulses in step with consumption. The diode is marked like "1000 imp / kWh". Put the phone's camera to the diode and measure consumption. The diode probably transmits in infrared so it will not be visible to human eyes, however the camera on the phone will see it.
More instructions on google+ site
More from developer
* A unique measurement device for :
- energy generated by the plant
- energy bought and sold to the grid
- household consumption (calculation of the Energy consumed by the customer)
- available self-generated power
* For single phase plants up to 6 kW
* Wireless technology
* Universal: it can be used with all the photovoltaic installations, independently from any inverter and any meter installed
* Easy to use and install: retro-fitted without any tampering
* Trasmission of the measurement/calculations to Tablet/Smartphone/Pc/4-CLOUD through Wireless technology each 5 seconds
* Data storage of last 60 days with new updates each 15 minutes on Elios4you device
* It can report possible service anomalies:
- inverter connected by clean contact (if available)
- thermal magnetic circuit breaker or differential circuit breaker by auxiliary contact
- loss performance after 4 hours during peak hours (e.g. from 10.00 to 14.00)