What is the translation of " CHARGE CONTROLLER " in Slovenian?

• regulator polnjenja
• krmilnik polnjenja
• uravnalnik polnjenja
• regulator napolnjenosti
• charge controller
• plačilo krmilnik

Examples of using Charge controller in English and their translations into Slovenian

Solar charge controller pwm.
Sončno Plačilo krmilnik PWM.

TD2310 30A MPPT solar charge controller.
TD2310 30A MPPT solarni uravnalnik polnjenja.

Li-Ion Charge Controller Solar.
Li-Ion Plačilo Krmilnik Solar.

Victron Blue 20 solar charge controller.
Victron Blue 20 solarni uravnalnik polnjenja.

Solar Charge Controller Product.
Solar Charge Controller izdelka.

The central solar charge controller.
Nepremočljiv Solar Charge Controller.

A charge controller and battery minder keep my system from under- or overcharging.
Krmilnik polnjenja in skrbnik baterij ohranja sistem pred podcenjevanjem ali prekomernim polnjenjem..

The MPPT solar charge controller.
MPPT sončne Charge Controller.

Here is a diagram of a typical system with a wind turbine and two solar panels feeding the charge controller.
Tukaj je diagram značilnega sistema z vetrno turbino in dvema solarnima ploščama, ki hranijo krmilnik polnjenja.

Lithium solar charge controller.
Litij solarni regulator napajanja.

A charge controller is an essential part of any wind or solar system to ensure the batteries aren't over or under charged..
Krmilnik za polnjenje je bistveni del vetrnega ali sončnega sistema, da zagotovite, da baterije niso več napolnjene ali izpraznjene.

EPEVER tracer MPPT A series solar charge controller manual(German).
EPEVER sledila MPPT A serije sončne brezplačno krmilnik priročnik(nemščina).

In that, it helps charge controller, which prevents overfilling and a full battery discharge.
Pri tem nam pomaga regulator polnjenja, kateri preprečuje prenapolnjenje in popolno izpraznitev akumulatorja.

These buttons allow me to manually toggle the charge controller between the two states.
Ti gumbi omogočajo, da ročno preklapljate krmilnik polnjenja med dvema državama.

With a PWM charge controller used with 12v batteries, the voltage from the solar panel to the charge controller typically has to be 18v.
Za krmilnik polnjenja PWM, ki se uporablja z baterijami 12V, mora biti napetost od sončne plošče do regulatorja polnjenja običajno 18V.

Assuming you have DC batteries, you can connect your charge controller to your batteries.
Ob predpostavki, da imate baterije DC, lahko povežete krmilnik polnjenja z baterijami.

The charge controller will automatically switch between charge and dump when the battery voltage reaches the low and high set points.
Regulator polnjenja bo samodejno preklapljal med polnjenjem in odlaganjem, ko napetost akumulatorja doseže nizko in visoko nastavljeno točko.

Use this cable to remotely control BlueSolar and SmartSolar MPPT charge controller models.
Ta kabel uporabite za daljinsko upravljanje MPPT modelov regulatorjev polnjenja BlueSolar in SmartSolar.

Solar charge controller- regulates the voltage and current coming from the PV panels going to battery and prevents battery overcharging and prolongs the battery life.
Solarni regulator polnjenja- uravnava napetost in tok, ki prihaja iz fotovoltaičnih panelov, ki gredo na baterije in preprečuje čezmerno polnjenje baterije in podaljšuje življenjsko dobo baterije.

MPPT controllers will produce more 20% energy than PWM solar charge controller to RV battery.
MPPT krmilniki bodo proizvedli več kot 20% energije kot PWM solarni regulator za polnjenje do RV baterije.

A: our solar charge controller is designed with dual time control function, you can set up the lighting time and divide it into two parts, like 12 hours(6 hours full power lighting+ 6 hours half power lighting).
Naš solarni regulator napolnjenosti je zasnovan z dvojnim časovnim krmiljenjem, lahko nastavite čas osvetlitve in ga razdelite na dva dela, na primer 12 ur(6 ur polna moč osvetlitve+ 6 ur osvetlitve s polovično močjo).

When I originally posted my home-built wind turbine, solar panel and charge controller designs on the web, they became wildly popular.
Ko je inovator prvotno objavil svojo vetrno turbino, solarno ploščo in krmilnik za polnjenje na spletu, so ti postali zelo popularni.

While looking at a diagram of the internal structure of the 555 chip, I was struck by how closely it resembles my original charge controller circuit.
Medtem, ko je pogledal diagram notranje strukture čipa 555, se mu je zadelo, kako natančno je podobno njegovemu prvotnemu vezju regulatorja napolnjenosti.

When solar charge controller can not charge the battery to full capacity in one day, it is a common result that the battery is constantly switching between the state of"partial charge" and the state"full charge".
Ko solarni regulator polnjenja ne more napolniti baterijo s polno zmogljivostjo v enem dnevu, je pogost rezultat, da se bo baterija nenehno se preklaplja med stanjem"delne napolnjenosti" in stanjem"polne napolnjenosti".

Compare the two diagrams on the left to see the similarities between my original charge controller circuit and the innards of the NE555 timer chip.
Primerjajte dva diagrama na levi strani, da vidite podobnosti med prvotnima vezjema krmilnika polnjenja in notranjimi časovnimi čipi NE555.

Charge Controller CC612 System components Charge controller are the main component of a charging point and are designed for use in electric vehicle(EV) charging stations, wall boxes or street light charging points.
Regulatorji polnjenja Sistemske komponente Regulatorji polnjenja so glavna komponenta polnilne točke in so namenjeni za uporabo v električnih vozilih(EV), polnilnih postajah, stenskih omarah ali polnilnih točkah za ulična svetila.

The components of the solar lighting system includes solar panel, lighting bulbs, integration controlling box inside with charge controller, solar battery, and inverter.
Komponente sončne razsvetljave vključuje sončne, osvetlitev čebulice, vključevanja, nadzor polje znotraj z zaračuna upravljavcu, sončne baterije in inverter.

So when the charge controller senses that the batteries are fully charged and switches them out of the circuit, it switches in a dummy load(just a big external bank of high-wattage resistors) to soak up the power output of the wind turbine and keep it under load.
Torej, ko regulator napolnjenosti zazna, da so baterije popolnoma napolnjene in jih izklopi iz tokokroga in preklopi v lutko(samo veliko zunanjo stran od visoko trdnih uporov), da se iztisne velika moč vetrne turbine in pod obremenitvijo.

With the help of the entire solar kit can obtain a DC voltage, in addition to the solar module need suitable solar battery charge controller, which will regulate the battery, it will not overcharging or be totally discharged.
S pomočjo celotnega solarnega kompleta lahko pridobite enosmerno napetost(DC) in sicer poleg solarnega modula potrebujete primeren solarni akumulator, regulator polnjenja, kateri bo reguliral akumulator, da se ne bo le-ta prenapolnil ali izpraznil.