App Intel

Transformer Calculator

LiveYuriy Bodnar12 apps · 110.3K installsToolsFree · contains adsyu.bodnar.transformercalc

Determination of power and energy losses in power transformers.

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Total installs
19,035
exact · Play shows 10,000+
Installs / day
0
since last crawl
Rating
—★
— ratings · — reviews
Released
10 Mar 2015
11.6y ago
Last update
5 Jul 2025
v1.06 · 1.3y ago
Countries
—
not checked yet

Install history

exact counter from Google Play
18.6K18.9K19.3K19.6K20K10 Oct11 Oct12 Oct
18.6K18.9K19.3K19.6K20K10 Oct11 Oct12 Oct

Installs per day · last 90 days

00.30.50.8111 Oct12 Oct12 Oct11 Oct: 012 Oct: 0

Change timeline

No changes recorded yet. We compare every crawl with the previous one and list title, icon, screenshots, description, version, price and availability changes here.

Country availability

Availability has not been checked for this app yet. “Check all countries” looks the app up in about 140 Google Play storefronts and shows where it is live, listed but not installable, or missing — plus any country-specific (custom) store listings.

Top countries

Country data will be available soon.

We estimate where downloads come from using the app’s position in Google Play’s top charts in about 140 countries. This app is not in any chart we have collected yet; the estimate appears as soon as it is.

Top chart positions

Not in any tracked top chart.

App manifest

Read this app's manifest from Google Play: permissions, declared SDKs, components and AdMob app ID. Saved analysis appears here automatically.

Manifest analysis reads only the required APK ranges. Base APK downloads may need separate device splits to install.

Data safety

declared by the developer on Google Play
  • Shares data with third parties Location, App activity and 2 others
  • Collects data Location, App activity and 2 others
  • Data is encrypted in transit
  • No way to ask for data deletion

This is the developer's own declaration, summarised from the Play listing. The permissions below show what the app is technically able to access.

Permissions

4 in 1 group
0 Sensitive1 Notable3 Routine
OtherNotable4

Access to miscellaneous device features that don't fit other categories

  • Keep your phone's processor or screen from going to sleep, which can use more batteryprevent device from sleeping · WAKE_LOCK
  • Check whether you are online and whether you use Wi-Fi or mobile dataview network connections · ACCESS_NETWORK_STATE
  • Connect to the internet to load content and send datafull network access · INTERNET
  • Make your phone vibratecontrol vibration · VIBRATE

Sensitive = can reach personal data, location, camera/mic or act on your behalf. Notable = changes how your device behaves. Routine = normal for almost every app. Source: Google Play's permission list for all versions of this app.

Store listing

Full description
The application is designed to calculate the cost of power and energy losses in power transformers and autotransformers. It is designed to use the data of the following types of transformers: a two-winding transformer - voltage transformer having a secondary winding voltage; three-winding transformers - voltage transformer having two secondary windings: primary and secondary. Parameters for input: n - Number of parallel transformers (u.) Snom - Rated power transformer (kVA) Smax - Transformer load at maximum capacity (kVA) Shv - Estimated capacity on the side of higher voltage (HV) transformer (kVA) Smv - Estimated capacity on the medium voltage (MV) transformer (kVA) Slv - Estimated capacity on the side of low voltage (LV) transformer (kVA) ΔPnl - No-load losses of the transformer (kW) ΔPsc - Loss of the transformer short circuit (kW) Psc(h-m) - Loss of short-circuit of the high-voltage to the mean (kW) Psc(h-l) - Loss of short-circuit from the highest to the lowest voltage (kW) Psc(m-l) - Loss of short-circuiting of the medium voltage to the lowest (kW) Inl - The value of load current of the transformer (%) Usc - Short-circuit voltage of the transformer (%) Usc(h-m) - Short-circuit voltage from a higher voltage to the mean (%) Usc(h-l) - Short-circuit voltage from a higher to a lower voltage (%) Usc(m-l) - Short-circuit voltage of the medium voltage to the lowest (%) Tmax - The time value of the maximum load of the transformer (h.) Tmax(hv) - The time value of the maximum load on the HV side of the transformer (h.) Tmax(mv) - The time value of the maximum load on the MV side of the transformer (h.) Tmax(lv) - The time value of the maximum load on the LV side of the transformer (h.) Ty - Number of hours of the transformer for the year (h.) C¤ - The average tariff for active power (¤/kWh.) Parameters obtained after calculations: Kl - The load factor of the transformer (rel.u.) ΔPt - Total losses of active power transformer (kW) ΔQt - Total losses of reactive power transformer (kvar) ΔSt - Full power losses in the transformer (kVA) t - The time of maximum losses (h.) t(hv) - The time of maximum losses on the HV side (h.) t(mv) - The time of maximum losses on the MV side (h.) t(lv) - The time of maximum losses on the LV side (h.) ΔWat - Active energy losses in the transformer during the year (kWh.) ΔWrt - Reactive power losses in the transformer for the year (kvarh.) ΔWt - The total energy loss in the transformer (kVAh.) C - The annual cost of energy loss (¤ per year)

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