EUCALC: Solar Water Heater Calculator For PC | How To Use For Free – Windows 7/8/10 And Mac

The EUCALC is a Solar Water Heater Calculator that was created to help people determine the size of solar water heater they need for their home. The calculator is easy to use and helps people determine the size of solar water heater they need, the estimated cost of the solar water heater, and the estimated savings on their energy bill.

Our goal is to help you get the EUCALC: Solar Water Heater Calculator for PC and install it on Windows. Before we do that, don’t you want to know its technical specifications? They go like this:

EUCALC: Solar Water Heater Calculator Andorid App Summary

The developer of the EUCALC: Solar Water Heater Calculator is renovid and they’ve done a great job at keeping EUCALC: Solar Water Heater Calculator simple yet highly interactive. You can find the EUCALC: Solar Water Heater Calculator under Tools of Play Store. EUCALC: Solar Water Heater Calculator’s latest version is 3.0 with an impressive user base of over 1038. Besides, the overall user rating of 0.0 shows how people love EUCALC: Solar Water Heater Calculator.

If you’re wondering if it’s updated or not, the latest update date of the EUCALC: Solar Water Heater Calculator is Nov 1, 2018 with all the latest features you need. Using it on your PC will require using an Android Emulator like BlueStacks, Nox player, or Memu.

We’ll include the guides that you can follow to install the EUCALC: Solar Water Heater Calculator on your computer using the best emulator in this article. Follow along:

EUCALC: Solar Water Heater Calculator App Overview and Details

EUCALC: Solar Water Heater Calculator

EUCALC is a calculator designed to simulate a simple solar water heating system for both residential and commercial use.

It requires an input of monthly meteorological data, solar water heating system configuration, solar collector model, and load profile to obtain monthly solar fraction.

In this current version:
1. The monthly meteorological data can be inputted manually or chosen from EUCALC’s library which provides 15 different locations in Indonesia.
2. The diffuse sky radiation model used is the isotropic sky model.
3. The system configuration is a simple active-direct collector-tank-load configuration without a heat exchanger.
4. The storage tank model used is a fully-mixed storage tank model.
5. The calculation of the pipe, duct, and storage tank losses are simply an addition to the load value.
6. The collector model is only suited for glazed flat plate solar collector type.
7. The method used to calculate the monthly solar fraction is the F-chart method by Klein, Beckman, and Duffie.

On the collector model selection, you can either use the collector model provided by the EUCALC library or input it manually.

Instead of choosing an available collector model, one key feature provided by EUCALC as an advantage from other applications or pc software is its ability to let you design a solar collector model that suits your need. The testing method used in the designing step is in accordance with the ASHRAE 93-2003 standard.

EUCALC’s location library (based on the NASA Prediction Of Worldwide Energy Recources):
1. Indonesia-Aceh
2. Indonesia-Ambon
3. Indonesia-Balikpapan
4. Indonesia-Bandar Lampung
5. Indonesia-Bandung
6. Indonesia-Banyuwangi
7. Indonesia-Bengkulu
8. Indonesia-Jakarta
9. Indonesia-Kupang
10. Indonesia-Mataram
11. Indonesia-Pekanbaru
12. Indonesia-Singkawang
13. Indonesia-Tarakan
14. Indonesia-Ternate
15. Indonesia-Yogyakarta

Model collector provided in the EUCALC library is an example. It is taken from ICC-SRCC™ CERTIFICATION & LISTING DIRECTORIES.

NOTE:
– You will experience delay or “screen freeze” in some part of the calculations because of the iteration process.
– No endorsement of any products or services is expressed or implied.

References:
– Solar Engineering of Solar Processes 4th edition by John A. Duffie and William A. Beckman
– A mathematical model of KOLEKTOR 2.2 reference handbook (3rd draft, 2009) by Ing. Tomas Matuska, Ph.D. and Ing. Vladimir Zmrhal, Ph.D., Czech Technical University in Prague.
– ASHRAE 93-2003 Standard: Methods of Testing to Determine the Thermal Performance of Solar Collectors.

Sources:
– Solar Rating & Certification Corporation™ (ICC-SRCC™): http://www.solar-rating.org/
– NASA Prediction Of Worldwide Energy Recources: https://power.larc.nasa.gov/
– Icon launcher is Designed by Freepik: http://www.freepik.com

Features of EUCALC: Solar Water Heater Calculator for PC

library:
1. Flat Plate Collector
2. Evacuated Tube Collector
3. Non-Concentrating Collector
4. Concentrating Collector
5. Glazed Flat Plate Collector
6. Unglazed Flat Plate Collector
7. transpired solar collector
8. solar water heater collector
9. solar air collector
10. solarium

Whats New In this EUCALC: Solar Water Heater Calculator?

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Download & Install EUCALC: Solar Water Heater Calculator For PC: Windows 10/8/7

Let’s download and install the EUCALC: Solar Water Heater Calculator app on PC using the Nox Player android emulator. There are a few steps to get this done as mentioned below:

• Start by downloading the Nox emulator for your PC from their official website. You can find it in your downloads folder.
• Double click on the downloaded file, accept the permissions and install Nox player on your computer.
• Open the Nox Player and locate the Play Store app and log into your Google account using your credentials.
• Click on the search bar and type for the EUCALC: Solar Water Heater Calculator app. You’ll see it in the first result from where you can install it.
• After clicking the install button, the EUCALC: Solar Water Heater Calculator will start downloading on your computer, then install.
• Once installed, you can now locate the installed EUCALC: Solar Water Heater Calculator on Nox player homepage or your desktop. Use it from there.

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Conclusion

The Solar Water Heater Calculator is an excellent tool for calculating the necessary size of a solar water heating system for a given household. It takes into account a variety of factors, including the number of people living in the home, the type of climate, and the amount of sunlight available.

Did you love the guide and be able to download and install the EUCALC: Solar Water Heater Calculator for PC? Don’t forget to ask if you want more info about the emulator, the EUCALC: Solar Water Heater Calculator, or the steps altogether.

Disclaimer

We refer the ownership of This EUCALC: Solar Water Heater Calculator to its creator/developer. We don’t own or affiliate for EUCALC: Solar Water Heater Calculator and/or any part of it, including its trademarks, images, and other elements.

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