Charge Controllers

ACOPOWER Battery Temperature Sensor For MPPT Charge Controller

A$ 17AUD · price may vary

Model: HY-AS-MpptTemp
Specifications: 0

Overview

Fit for EPEVER Tracer BN/A series ACOPOWER HY-MPPT Series MPPT Solar Charge Controller

Remote Temperature Sensor for Epever ACOPOWER Solar Charge ControllerRemote Temperature Sensor

Support Controller: EPSolar TracerA TracerBN Viewstar VS Landstar LS series ACOPOWER HY-MPPT20 /30/40

Reading the specifications

Detailed specifications for ACOPOWER Battery Temperature Sensor For MPPT Charge Controller have not been published yet. ACOPOWER lists this charge controller in the Charge Controllers, and we add fields as the manufacturer releases them — in the meantime, ask your distributor for the datasheet before ordering.

For a charge controller, the figures that matter most are supported battery voltages (12/24/36/48 V) and chemistries, conversion efficiency, typically 96–99% for a good MPPT unit, whether it offers a load output, temperature compensation and remote monitoring and type: MPPT or PWM. In any system with a battery and a separate array, the controller is what protects the most expensive component and determines how much of the array's output actually reaches storage.

Before you buy a charge controller

The checks below apply to any charge controller. Run them against the specification table above — most disappointing solar purchases are compatible-on-paper units that fail one of these in practice.

Prefer a unit with temperature compensation or a battery temperature sensor if the bank lives somewhere that gets hot or cold.
Choose MPPT over PWM for anything beyond a very small array. An MPPT controller harvests roughly 20–30% more energy because it converts excess panel voltage into charge current instead of throwing it away.
Size the current rating from array watts divided by battery voltage, then add at least 25% margin for cold, bright conditions where panels exceed their rated output.
Check the maximum PV input voltage against the array's Voc at your coldest expected temperature, not at 25 °C — Voc rises as temperature falls, and exceeding the limit destroys the controller instantly.

Common mistakes

Sizing on rated array watts alone and ignoring the voltage ceiling, which is the most common way controllers are killed.
Using a PWM controller with a high-voltage grid-tie panel — the voltage mismatch wastes a large share of the panel's output.
Running the load output beyond its rating instead of wiring heavy loads directly to the battery through a fuse.

Price and availability

ACOPOWER Battery Temperature Sensor For MPPT Charge Controller is listed at A$ 17 (AUD). Solar pricing moves with supply, import duties and exchange rates, and distributors set their own margins, so treat this as a comparison reference and confirm the current figure before you order.

SolarBazaar compares equipment rather than selling it. Shortlist here on specification and price, then buy from an authorised distributor or installer in your country: warranty cover on solar hardware is normally honoured through the channel you bought from, so confirm who supports ACOPOWER locally before ordering.

ACOPOWER Battery Temperature Sensor For MPPT Charge Controller — frequently asked questions

How much does ACOPOWER Battery Temperature Sensor For MPPT Charge Controller cost?

ACOPOWER Battery Temperature Sensor For MPPT Charge Controller is listed at A$ 17 (AUD). The figure is indicative — solar prices move with supply, duties and exchange rates, and each distributor sets its own margin — so confirm the current price with a supplier before ordering.

Who makes ACOPOWER Battery Temperature Sensor For MPPT Charge Controller?

ACOPOWER Battery Temperature Sensor For MPPT Charge Controller is a ACOPOWER product, listed under charge controllers with model reference HY-AS-MpptTemp. The ACOPOWER brand page lists the rest of its range so you can compare across the catalogue.

Is ACOPOWER Battery Temperature Sensor For MPPT Charge Controller right for my system?

That depends on what it has to connect to. For a charge controller, check whether it offers a load output, temperature compensation and remote monitoring, type: MPPT or PWM and rated charge current in amps, which must exceed the array's short-circuit current with margin against the rest of your equipment before price enters the decision. Size the current rating from array watts divided by battery voltage, then add at least 25% margin for cold, bright conditions where panels exceed their rated output.

Where can I buy ACOPOWER Battery Temperature Sensor For MPPT Charge Controller?

SolarBazaar lists and compares equipment rather than selling it. Use the specifications and price here to shortlist, then buy through an authorised distributor or installer — buying in-channel is what keeps the manufacturer's warranty valid.

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