Skip to product information
1 of 5

Victron - BlueSolar MPPT Charge Controller 75/15 [SCC010015050R]

Victron - BlueSolar MPPT Charge Controller 75/15 [SCC010015050R]

Regular price $52.70 USD
Regular price $62.00 USD Sale price $52.70 USD
Sale Sold out

The same fast MPPT charging as the SmartSolar — without built-in Bluetooth. The Victron BlueSolar MPPT 75/10–100/20 uses the identical charging hardware to the SmartSolar range: ultra-fast Maximum Power Point Tracking, a multi-stage adaptive algorithm, and up to 98% efficiency. The one difference is that Bluetooth isn't built in. Add a VE.Direct Bluetooth Smart dongle for wireless setup and monitoring in VictronConnect, or configure it over VE.Direct with a GX device or the MPPT Control display. Want Bluetooth out of the box? Choose the SmartSolar version.

This range covers the small-to-midsize end of the line in four models — 75/10, 75/15, 100/15, and 100/20 — spanning 10–20 A of charge current and 75 V or 100 V of PV input, with automatic 12/24 V operation (the 100/20 adds 48 V). Every model is UL 1741 and IEC 62109-1 certified and can drive a load directly through its built-in load output.

Who the BlueSolar MPPT 75/10–100/20 is built for

  • Budget-conscious DIY builds — the same charging performance as the SmartSolar at a lower price when you don't need built-in Bluetooth.
  • GX-monitored systems — if you already run a Cerbo GX, you configure and monitor over VE.Direct anyway, so the dongle is optional.
  • RVs, vans, boats, and off-grid cabins — compact, vibration-tolerant, with a load output to run lights or a fridge directly.
  • Installers — VE.Direct, GX integration, and full remote management on VRM.

Why this is the BlueSolar MPPT, not just another charge controller

Ultra-fast Maximum Power Point Tracking

The BlueSolar MPPT recalculates the panel's optimal voltage/current point many times a second. In changing light it harvests up to 30% more energy than a PWM controller and up to 10% more than a slower MPPT — more of the sunlight that hits your panels ends up in your battery.

Configure over VE.Direct (or add Bluetooth)

The VE.Direct port connects to a GX device such as a Cerbo GX or the MPPT Control display for setup and monitoring, and on to Victron's VRM portal. For wireless setup from your phone, add a VE.Direct Bluetooth Smart dongle — it gives you the same VictronConnect experience as a SmartSolar.

Intelligent multi-stage charge algorithm

Automatically steps through bulk, absorption, and float with a profile matched to your battery chemistry — lithium, AGM, gel, or flooded — using automatic voltage selection. It can even revive a fully discharged battery and reconnect to a lithium battery whose internal protection has tripped.

BatteryLife battery management

When short days mean the controller can't fully recharge the bank, a lead-acid battery can get stuck cycling between partial charge and empty — which destroys it in weeks. The BatteryLife algorithm nudges the load-disconnect level day by day until the battery reaches a near-full recharge about once a week, extending its life.

Intelligent load output

The 75 and 100/15 models include a load output you can wire devices to directly, with a configurable low-voltage disconnect (or BatteryLife management) so a load can't flatten your battery. The output is short-circuit proof. On the 100/20's 48 V mode the load terminal drives a relay rather than switching the load directly.

SafetyShield+ protection

Temperature-compensated charging, over-temperature protection, and safeguards against PV short circuits, reverse polarity, and reverse current are all built in.

Available models

All four share the same charging smarts — the difference is how much PV voltage and charge current they handle. Match the model to your panel string voltage and the charge current your battery bank can accept.

Model Max PV voltage Charge current System voltage Max PV power (12V / 24V / 48V)
MPPT 75/10 75 V 10 A 12 / 24 V 145 W / 290 W / –
MPPT 75/15 75 V 15 A 12 / 24 V 220 W / 440 W / –
MPPT 100/15 100 V 15 A 12 / 24 V 220 W / 440 W / –
MPPT 100/20 100 V 20 A 12 / 24 / 48 V 290 W / 580 W / 1160 W

Not sure which model fits your array? Use our MPPT sizing calculator, or book a system consultation and our ABYC-certified Advisors will size it with you.

Full technical specifications

PV input

Max PV open-circuit voltage: 75 V (75 series) / 100 V (100 series). Max PV short-circuit current: 13 A (75/10), 15 A (75/15 & 100/15), 20 A (100/20). To start, PV voltage must exceed battery voltage + 5 V; thereafter the minimum is battery + 1 V.

Battery / charge

Battery voltage: 12/24 V auto-select (100/20 also 48 V). Rated charge current: 10 / 15 / 15 / 20 A. Absorption: 14.4 / 28.8 V (57.6 V on 48 V), adjustable. Float: 13.8 / 27.6 V (55.2 V on 48 V), adjustable. Charge algorithm: multi-stage adaptive. Temperature compensation: -16 mV/°C (12 V) / -32 mV/°C (24 V).

Load output

Max continuous load current: 15 A (75/10, 75/15, 100/15); 20 A at 12/24 V and relay-driven (1 A) at 48 V on the 100/20. Low-voltage disconnect/reconnect adjustable, or BatteryLife. Short-circuit proof.

Efficiency, protection & environment

Peak efficiency: 98%. Self-consumption (load off): roughly 10 mA at 12 V / 8 mA at 24 V. Protection: output short circuit and over-temperature. Operating temperature: -30 to +60 °C (full rated output up to 40 °C). Humidity: 95%, non-condensing.

Communication & enclosure

VE.Direct data port (add a VE.Direct Bluetooth Smart dongle for wireless). Colour: blue (RAL 5012). Power terminals: 6 mm² / AWG 10. Protection category: IP43 (electronics), IP22 (connection area). Weight: 0.5 kg (75/10 & 75/15), 0.6 kg (100/15), 0.65 kg (100/20). Dimensions (h×w×d): 100×113×40 mm (75 series), 100×113×50 mm (100/15), 100×131×60 mm (100/20). Safety: EN/IEC 62109-1, UL 1741, CSA C22.2.

View full details

How to Find the Amps you Need!

AMP= Watts / Volts x 1.25

Example: AMPS = 1000 Watts / 12 Volts x 1.25 = 104.1 AMPS (Round up to 110 or 120 Amp)

Most of the time you want 25% more than what is the actual requirement.  If the AMPs aren't available as the exact Amperage, then round up to the next available.