Photovoltaic Installations in Mallorca

Grid-Tied Solar System with Backup and Batteries in Inca (7.21 kWp)

Your Expert Deye Inverter Installer in Mallorca

Design and installation of a high-efficiency solar self-consumption system equipped with Trina Solar bifacial panels and an 8 kW Deye hybrid inverter. It features 10.2 kWh of Dyness Pro lithium storage, providing overnight autonomy and an integrated Backup (anti-blackout) function, supplying electricity to the entire home even during grid outages.

Solar PV installation with Deye hybrid inverter and Backup output in Santa Margalida (6.06 kWp)

Solar self-consumption system equipped with 12 Trina Solar 505 Wp bifacial panels and a Deye Híbrido Monofásico 8 kW 48v-230v LP1 hybrid inverter. The system includes a Backup output to maintain power to the backed-up circuits during a grid outage, providing greater energy security and continuity for the property.

Grid-Tied Solar System with Backup and Batteries in Alcúdia (10.10 kWp)

Specialists in Backup systems with Deye inverters and lithium batteries

Large-capacity residential project in the northern part of the island, configured with high-performance 505 Wp Tiger Neo modules and a 10 kW Deye hybrid inverter. Thanks to its bank of 4 Deye batteries with 20.4 kWh of storage, the property achieves an extraordinary real self-consumption rate and total electrical security against grid cuts 24 hours a day.

Residential Solar Self-Consumption System (7.91 kWp)

Expert Growatt Inverter Installer in Mallorca

High-efficiency photovoltaic system designed to maximize home energy savings. The combination of state-of-the-art Jinko Solar modules with the Growatt hybrid inverter guarantees optimal performance and leaves the installation ready for future battery integration.

Advanced Installation with Victron Energy Technology

Victron Energy Systems Specialists in Mallorca

Implementation of a robust and highly reliable system using Victron Energy technology. Ideal for ensuring uninterrupted power supply and smart energy management, combining the power of the MultiPlus-II with the efficiency of Jinko Solar Tiger Neo modules.

Upgrade to Anti-Blackout System with 8 kW Deye Inverter

Specialists in Solar System Upgrades and Improvements in Mallorca

This residential villa suffered from constant power outages. The property already had a grid-tied installation using a Huawei SUN2000 inverter, but adding its battery system and the Backup Box module proved excessively expensive. After our technical and economic study, the most efficient solution was a retrofit : replacing the existing equipment with a powerful Deye hybrid inverter along with two lithium batteries from the same brand. In this way, the client achieved significant savings and now enjoys complete anti-blackout protection while making the most of their panels' performance.

High-End Off-Grid Solar Installation in Capdepera (4.41 kWp)

Specialists in Studer Off-Grid Photovoltaic Installations in Mallorca

For this country house with no access to the electrical grid, we designed a completely autonomous system prioritizing maximum reliability. We integrated a 6 kW Swiss-made Studer Xtender inverter, considered the best equipment on the market for off-grid installations, along with its advanced Variostring MPPT charge controller. Storage is guaranteed by BYD lithium batteries, powered by 14 Peimar panels installed on a robust double-height aluminum structure by Alumero. The result is total energy independence with premium quality components.

Compact Self-Consumption Installation with "Island Mode" Function (2.91 kWp)

Huawei Inverter Installers in Mallorca

This economical and highly efficient installation proves that self-consumption is accessible to any home. It is equipped with a reliable Huawei SUN2000 grid-tied inverter and high-performance Jinko Solar panels on a robust Alumero structure. The great innovation of this project is its manual "island mode" configuration without the need for batteries: through an ingenious interlocked double circuit breaker system, the user can isolate the home from the grid in the event of a blackout. This allows the solar energy generated during the day to be used safely, ensuring via hardware that no current is injected into the public grid while it is down.