Enerdrive 10A 12/24V MPPT Solar Controller with Digital Display (Lithium Compatible)

Name: Enerdrive 10A 12/24V MPPT Solar Controller with Digital Display (Lithium Compatible)
Brand: Enerdrive
SKU: shopify_AU_7648505299116_42628265509036
Price: 149.0 AUD
Availability: InStock

^$149⁰⁰ RRP $169⁰⁰ Save $20⁰⁰

5 Year Warranty

Fast dispatch

Easy returns

5 Year Warranty

Fast dispatch

Easy returns

Up to 30% more energy harvest

Self adaptive three stage charging

Lead acid and lithium compatible

Enerdrive 10A 12/24V MPPT Solar Controller with Digital Display (Lithium Compatible)

Overview

Product Information

Product Description

Your solar panels work hard, but it's the controller that turns that sunlight into usable power for your gear. The Enerdrive MPPT Solar Controller is the smart brain for your system, constantly hunting for the sweet spot to squeeze out up to 30% more energy than a basic PWM unit. That's a huge difference, especially on those overcast days.

It's also designed to be a good custodian of your batteries, using a smart three-stage charging process that works with both lead-acid and lithium types to keep them healthy for longer. You can keep an eye on everything with the clear LCD screen, which shows you how much power you're making in real-time. With solid electronic protection and a tough IP33 rating, it's the dependable heart of any good off-grid setup.

Disclaimers

All product information and images are sourced from manufacturer descriptions and may be updated by the manufacturer without notice to us.

Key Features

Up to 30% more energy harvest
Self adaptive three stage charging
Lead acid and lithium compatible
LCD display for live monitoring
IP33 ingress protection

Pack Contents

1 x Enerdrive 10A Solar Regulator

Product Weight & Dimensions

1.5kg

175mm (L) x 143mm (W) x 48mm (H)

Specifications

Enerdrive 10A 12/24V MPPT Solar Controller with Digital Display (Lithium Compatible)
Vendor	Enerdrive

FAQs

Frequently Asked Questions

How much more efficient is an MPPT controller than a PWM?

An MPPT controller is typically 20 to 30 percent more efficient than a standard PWM unit. While a PWM controller simply switches the connection between the panel and battery, an MPPT unit uses a DC to DC converter to constantly track and harvest the maximum power available from your solar array, regardless of voltage differences.

This efficiency becomes especially clear during those hazy mornings, late afternoons, or when panels are partially shaded. By converting excess voltage into extra charging current, an MPPT regulator ensures you get the most out of every sun hour. This extra power is often the difference between your fridge running through the night or your batteries cutting out early.

To see if the more affordable option suits your needs, explore our PWM Solar Controllers or browse our range of 12V Solar Panels to start building your array.

What size MPPT controller do I need for a 200W solar panel?

A 20 amp MPPT controller is the standard recommendation for a 200 watt solar panel. This size provides a safe buffer for those clear, cold mornings when solar panels can actually produce more than their rated output.

To work out the sizing, divide the panel wattage by the lowest charging voltage, which is roughly 12 volts. For a 200 watt panel, this gives you about 16.6 amps. Choosing a 20 amp regulator keeps your system within safe limits while allowing the unit to run efficiently without getting too hot. If you plan to add a second panel later, stepping up to a 40 amp controller now will save you from having to upgrade your hardware down the track.

Matching your controller to your input is the key to a consistent system. Explore our 12V Solar Panels for specifications, or see our Solar Cables & Leads to complete your installation.

Can I use an MPPT controller with a Lithium (LiFePO4) battery?

Yes, MPPT controllers are the preferred choice for Lithium batteries as long as the unit features a dedicated lithium charging profile. Unlike lead acid batteries, lithium cells require constant voltage and current control without the high voltage equalisation stages used for older battery types.

Selecting the lithium mode on your controller tells the device exactly when to stop charging to protect the internal battery management system. This level of precision prevents overcharging and helps you get the longest possible service life from your cells. Using an MPPT regulator with a lithium setup is the most efficient way to maintain a steady charge during remote off grid travel.

Check out our Lithium Batteries to find compatible storage, or explore our Battery Monitors to track your system health in real time.

How do I connect an MPPT solar charge controller to a battery?

Always connect the battery to the MPPT controller first before connecting the solar panels. This specific sequence allows the controller to detect the system voltage and configure its internal settings correctly before it begins receiving power from the sun.

Connecting the panels first can lead to configuration errors or even damage the unit. Once the battery connection is secure, you can link the positive and negative leads from your solar array. It is good practice to install a fuse or circuit breaker between the battery and the controller to protect your wiring from short circuits. Using the correct cable size is also important for reducing voltage drop and maintaining charging performance over long distances.

Find the right wiring and connectors in our Solar Cables & Leads collection, or explore our 12V Batteries collection to find a match for your setup.