Off grid

Name: BlueSolar MPPT 100/20 (up to 48V) Retail
Brand: Victron
SKU: VCT1010
Availability: BackOrder

Discover solar energy with cutting-edge technology.

Showing 1–12 of 18 results

BlueSolar MPPT 100/20 (up to 48V) Retail

95,94€

BlueSolar MPPT 100/30

146,38€

BlueSolar MPPT 150/100-Tr VE.Can

653,14€

BlueSolar MPPT 150/35

220,18€

BlueSolar MPPT 150/60-Tr

418,20€

BlueSolar MPPT 150/70-Tr

461,26€

BlueSolar MPPT 250/100-Tr VE.Can

800,74€

BlueSolar MPPT 250/70-Tr VE.Can

653,14€

BlueSolar MPPT 75/15 Retail

66,42€

BlueSolar PWM DUO-LCD&USB 12/24V-20A

73,80€

SmartSolar MPPT 100/20 (up to 48V) Retail

118,08€

SmartSolar MPPT 100/50

242,30€

Off-grid and Charge Regulators

Off-grid systems allow for the production and use of solar energy in a completely autonomous way, without any connection to the public electricity grid.

They are the ideal solution for caravans, boats, detached houses, remote warehouses, or any project that requires reliable power in locations where the grid does not reach.

At PV Partner you will find a carefully selected range of equipment for off-grid systems, with particular emphasis on the Victron brand, a world reference for its durability, flexibility and ability to integrate into demanding photovoltaic systems.

The offer includes off-grid inverters and MPPT charge controllers designed to guarantee the level of control, safety, and performance that this type of system demands. These components ensure efficient solar energy management and stable operation, even in challenging conditions.

Victron off-grid inverters and regulators are designed to withstand load variations, operate for long hours, and ensure reliable energy conversion. They allow for optimized battery use and guarantee autonomy during the night and on days with low solar production.

For those looking to assemble a complete system with panels, batteries, inverter and regulator, these devices offer high compatibility and adapt to most off-grid photovoltaic system configurations.

PV Partner offers solutions geared towards both installers and users seeking energy independence, with equipment of varying power and specifications.

Whether you need to power small-scale consumption or create a more robust system, here you'll find the essential tools to build a reliable, safe, and scalable autonomous solar system.

FAQ

An off-grid solar system is a fully autonomous system capable of producing, storing, and supplying energy without being connected to the public electricity grid. It works with solar panels, a charge controller, batteries, and an off-grid inverter. All the energy consumed depends on solar production and storage capacity, making it the ideal solution for isolated locations or mobile applications.

An off-grid system operates independently and requires batteries to ensure continuous power. An on-grid system is connected to the electrical grid, uses solar energy to reduce daily consumption, and does not require batteries. In the event of a grid failure, the on-grid system shuts down; the off-grid system continues to operate as long as the battery bank has sufficient capacity.

An off-grid system requires solar panels, an MPPT charge controller, batteries, an off-grid inverter, and appropriate photovoltaic wiring. All components must be compatible with each other.

The MPPT charge controller is responsible for controlling the energy that reaches the batteries from the solar panels, ensuring they charge safely and efficiently. The MPPT adjusts the voltage and current to obtain the maximum power point of the panels, increasing the daily output of the system — especially useful on cloudy days or when the temperature varies.

The choice depends on the power of the panels, the voltage of the batteries (12V, 24V or 48V) and the maximum current that the regulator must handle. Victron MPPT regulators indicate the recommended power and maximum current in their name. To avoid losses and ensure safety, you should choose a model capable of handling the total power of the panels with some additional margin.

Yes. Without batteries, there is no autonomy, and the system stops supplying energy when there is no solar production. Batteries are an essential part of the system's storage and stability.

The battery must have sufficient capacity to guarantee autonomy during the night and periods of low production. The most commonly used in off-grid systems are 48V lithium batteries, with capacities between 5 kWh and 15 kWh. It is essential to verify compatibility with the inverter and regulator, choose an appropriate depth of discharge, and opt for modular models to allow for future expansion.

Yes, provided the off-grid inverter has sufficient power and the battery bank is sized for that consumption. Equipment such as water pumps, motors, or power tools require more robust inverters and batteries with greater discharge capacity.