ePropulsion régulateur de charge solaire MPPT 1600 W pour batteries E60 et E163

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ePropulsion

EB-C002-00

48 V MPPT solar charge controller 1600 W for E60 and E163 batteries

The ePropulsion 1600 W 48 V MPPT solar charge controller optimizes solar energy harvesting for ePropulsion E60 and E163 batteries. With an efficiency above 90% and IP65 design, it ensures reliable and protected charging in marine environments, featuring integrated CAN communication.

Supplied with SC35-8 ring terminals and RNB5.5-8, input and output cables for solar charger, remote switch extension cable, MC4 4-in-1 parallel connector, manual, MC4 key, battery communication cable and terminator.

Price excl. import taxesBenefit from the professional rate

$479.00 USD

$479.00 USD ~~$513.00 USD~~

Shipping calculated at checkout.

Prices exclude import taxes. DAP delivery: import taxes are paid on delivery.

Available in stock

Free pickup point from €150 in France
Pickup at Skysat possible

Custom installation

Trust Skysat to install the equipment on board

Request a quote

Installers near you

thanks to our network of approved installers

Find an installer

Support service

Opt for additional installation assistance

Technical specifications

Product use	Optimize the charging of ePropulsion E-Series (E60 and E163) batteries via solar power for electric propulsion systems.
Solar charge controller type	MPPT
Max charge current (A)	30
Nominal voltage	51.2
MPPT maximum power	1600
Solar input voltage range	Up to 60 V
Absolute maximum solar voltage	60
Max efficiency	Greater than 90
Supported battery chemistries	Lithium-ion (LiFePO4)
Number of solar panel inputs	1.0
Parallel operation supported	Oui
Number of charge stages	5.0
Equalization charge supported	Oui
Wired network	CAN
Cooling method	Passive (aluminum housing)
Protection features	Overload protection, overcurrent protection, overtemperature protection, solar panel reverse polarity protection, night-time reverse discharge protection
Display type	LED indicators
Mounting type	Screw mounting
Ingress protection	IP65
Operating temperature range	-20 to 60
Weight	5.5
Dimensions (W x H x D)	230 x 352 x 130

Detailed description

Designed for electric propulsion systems, the ePropulsion EB-C002-00 (model MD4830N06) MPPT solar charge controller optimizes power input from photovoltaic panels to ePropulsion E60 and E163 batteries. It ensures stable and efficient conversion of solar energy into a 48 Vdc output.

MPPT Technology and Energy Efficiency

This controller integrates MPPT (Maximum Power Point Tracking) technology to maximize solar energy harvesting, even under variable sunlight conditions, with a conversion efficiency exceeding 90%. It supports a maximum photovoltaic panel power of 1600 W. The maximum PV input current is 10 A and the maximum PV input voltage is 60 Vdc. The maximum DC charge current is 30 A, and the charge voltage range is 41 to 57.6 Vdc.

Integration and Robustness

The ePropulsion EB-C002-00 controller is compatible with E60 and E163 batteries via CAN communication interfaces, enabling precise charge control. Its dimensions are 230 x 352 x 130 mm with a weight of 5.5 kg. It provides protection against overcharging, overcurrent, overheating, reversed solar panel connection, and nighttime charge reversal. Reverse battery connection protection requires an external fuse. The device is CE and RoHS certified, and its IP65 rating makes it suitable for demanding environments. It operates within a temperature range of -20°C to 60°C and can be used up to an altitude of 9000 m.

Documentation

Type	Nom
	Manuel utilisateur (anglais) ePropulsion
	Plan technique (anglais) ePropulsion

Expert opinion

« Optimizing 48 V solar charging for ePropulsion systems »

The ePropulsion MPPT solar charge controller EB-C002-00 is a key component for any marine installation aiming for energy autonomy with the brand’s electric propulsion systems. Its ability to manage up to 1600 W of solar power at 48 Vdc makes it ideal for boats equipped with ePropulsion motors and E60 or E163 batteries, enabling efficient and optimized recharging of onboard battery banks.

Integration via CAN communication interfaces is a major advantage. It ensures intelligent and harmonized battery charging management with ePropulsion batteries, beyond simple power conversion. This guarantees improved battery longevity and optimized charge cycles—critical information for users of marine electric systems.

During installation, it is essential to include a main switch (+004) and ensure protection of the backup battery against reverse polarity, which requires an external fuse. Connecting a remote switch to the EMU5743 should also be considered for multi-device setups. The package includes input and output cables (positive and negative) as well as parallel MC4 connectors, simplifying connection to existing or future solar installations. Its IP65 protection rating makes it resistant to water splashes and dust, which is essential in a marine environment.

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48 V MPPT solar charge controller 1600 W for E60 and E163 batteries

$479.00 USD

$479.00 USD ~~$513.00 USD~~

Frequently Asked Questions

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What is MPPT technology and how does this charge controller use it?

The controller uses MPPT (Maximum Power Point Tracking) technology to optimize energy harvesting from solar panels. It adapts to varying sunlight conditions to maximize extracted power and ensure fast and efficient battery charging.

What is the maximum power of solar panels this charge controller can handle?

This solar charge controller can handle a maximum photovoltaic panel power of 1600 W.

What is the conversion efficiency of this solar charge controller?

The ePropulsion MPPT solar charge controller has a conversion efficiency above 90%, ensuring optimized charging.

What are the physical dimensions and weight of this charge controller?

The autopilot dimensions are 230 x 352 x 130 mm (length x height x depth) and its weight is 5.5 kg.

What are the built-in protections in this solar charge controller?

The controller includes several protections:

Overcharge protection
Overcurrent protection
Overheat protection
Protection against reversed solar panel connection
Protection against reverse battery discharge at night
Note: There is no protection against reversed connection for the backup battery (an external fuse is required).

What is the ambient temperature operating range of this controller?

This solar charge controller is designed to operate within an ambient temperature range from -20°C to 60°C.

What is the ingress protection (IP) rating of this controller and what does it mean?

The controller has an IP65 protection rating. This means it is fully protected against dust and low-pressure water jets from all directions.

How to interpret the LED indicators for the solar panel charge status?

The solar panel’s indicator light (red) provides information on the charging status:

Steady ON (solid): MPP chargeSlow flash: Trickle chargeSingle flash: Float chargeFast flash: Equalization chargeDouble flash: Current-limited chargeOFF (off): No charging

How do the battery's LED indicators signal its status?

The battery indicator light (green, yellow, red) indicates its state:

Green Normal ON (steady): Battery fully chargedYellow Normal ON (steady): Battery at normal voltageRed Normal ON (steady): Battery under-voltageRed Slow flash (slow blinking): Excessive battery dischargeRed Fast flash (rapid blinking): Battery over-voltage or overheating

What is the nominal system voltage for this charge controller?

The nominal system voltage for this controller is 51.2 Vdc.

What is the charging voltage range for batteries connected to this charge controller?

The charge voltage range for the batteries is 41 to 57.6 Vdc.

What is the maximum input current that the solar panels can supply to this charge controller?

The maximum input current from the photovoltaic panels that this charge controller can accept is 10 A.

What is the maximum input voltage that the solar panels can have to be used with this charge controller?

The maximum input voltage supported by this charge controller for photovoltaic panels is 60 Vdc.

What is the maximum continuous charging current the regulator can supply to the batteries?

The maximum continuous charge current (DC) this controller can deliver to batteries is 30 A.

What items need to be prepared before connecting the controller?

Before connecting the controller, you must prepare the following items:

A main switch (Main Switch +004)A solar panel

What is the recommended power-up sequence after connecting the cables?

After connecting all cables, you must first power on the battery system to energize it, then close the switch between the solar charger and the battery.

What are the main connection interfaces on the controller?

The controller has several main interfaces:

Positive interface for the solar panelCommon negative interfacePositive interface for the batteryBattery communication interfaces (CAN)

How should the Remote Switch Extension Cable be connected when multiple devices are involved?

When connecting multiple devices, the remote switch must be connected to the EMU5743 unit.

What items are included in the package when purchasing the ePropulsion MPPT solar charge controller?

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