Reports are essential tools in the management of companies and organizations. They provide a structured way to document activities, performance, and organizational progress, offering a clear view of an organization's development over time.

They also serve as an important organizational memory. As historical references, they facilitate the analysis of past decisions, the evaluation of results, and the improvement of future strategies. They are also often required by banks, partners, and investors to assess a company's reliability and performance.

Furthermore, reports ensure transparency and compliance by meeting legal requirements and keeping various stakeholders (customers, shareholders, and regulatory authorities) informed.

At the strategic level, they help managers make informed decisions by analyzing data, risks, and opportunities.

In the technical field, their role is even more critical. They provide an accurate description of interventions, faults, and actions performed, thereby facilitating troubleshooting, maintenance, and the prevention of future problems.

The GoPower COMMBOX is the communication hub of the energy storage system. It ensures continuous data exchange between the batteries, the inverter, and other equipment through its CAN and RS485 communication interfaces, thereby guaranteeing reliable and coordinated operation of the installation.

Its primary function is to collect, centralize, and transmit battery data in order to optimize energy management. It also enables real-time monitoring of key parameters such as the State of Charge (SOC), voltage, current, temperature, and any system alarms.

By providing continuous communication between all system components, the COMMBOX enhances safety, improves overall performance, and simplifies diagnostic and maintenance operations. As a result, it plays a vital role in ensuring the stability and overall efficiency of the installation.

Therefore, mastering the installation, configuration, and operation of the COMMBOX is an essential skill for any technician working with energy storage systems and modern solar power installations.

Discover the principles, components, and applications of photovoltaic systems through this course dedicated to solar energy. Explore how photovoltaic cells and panels work, the different types of systems, and the techniques used to optimize their energy production.

Through case studies, practical exercises, and sizing methods, this course aims to develop the skills needed to assess energy needs, select suitable equipment, design, install, commission, monitor, and maintain reliable, efficient, and sustainable photovoltaic systems. Join us to gain both theoretical and practical knowledge of photovoltaic systems and their role in the energy transition.

Discover the operation, configuration, and applications of the Victron Energy Quattro inverter-charger through our dedicated course. Explore its role in solar, hybrid, and backup power systems, as well as its various energy conversion and management capabilities.

Through technical explanations and practical applications, this course will equip you with the skills needed to install, configure, commission, monitor, and maintain a Quattro. You will also learn how to manage parallel and three-phase configurations, as well as use Victron Energy’s main monitoring and diagnostic tools.

Join us to strengthen your technical skills and learn how to effectively integrate the Quattro into reliable, high-performance energy systems tailored to users’ needs.

Master electrical installation analysis with the PEL (Power & Energy Logger), a tool designed to measure, record, and analyze key electrical parameters. This training will help you understand the energy behavior of an installation, identify anomalies, and make informed decisions based on real measurement data.

Throughout the course, you will learn how to install, configure, and connect a PEL, carry out measurement campaigns on different types of electrical networks, interpret recorded data, and analyze it using PEL Transfer software. You will also explore maintenance procedures, communication tools, and the safety rules required for reliable and effective use.

This training will help you develop practical skills applicable to energy audits, electrical diagnostics, maintenance, photovoltaic installations, and electrical infrastructure management.

Les panneaux solaires photovoltaïques (PV) permettent de convertir directement l’énergie solaire en énergie électrique grâce à l’effet photovoltaïque. Constitués de plusieurs cellules photovoltaïques, généralement à base de silicium, ils produisent un courant continu (DC) lorsqu’ils reçoivent les rayons du soleil.

L’électricité produite peut être utilisée directement par les équipements, stockée dans des batteries ou convertie en courant alternatif (AC) à l’aide d’un onduleur. Les panneaux constituent ainsi un élément essentiel des installations solaires, qu’elles soient autonomes, raccordées au réseau ou équipées d’un système de stockage.

Pour garantir une production optimale, leur choix et leur installation doivent tenir compte de plusieurs paramètres, notamment la puissance, la tension, le courant, le rendement, l’orientation, l’inclinaison et les conditions environnementales. Un dimensionnement et une installation adaptés permettent d’assurer une production sûre, fiable, durable et performante.

Solar photovoltaic (PV) panels directly convert solar energy into electrical energy through the photovoltaic effect. Made up of several photovoltaic cells, generally based on silicon, they produce direct current (DC) when exposed to sunlight.

The electricity produced can be used directly by electrical equipment, stored in batteries, or converted into alternating current (AC) using an inverter. Panels are therefore an essential component of solar installations, whether they are stand-alone, grid-connected, or equipped with an energy storage system.

To ensure optimal energy production, their selection and installation must take several parameters into account, including power, voltage, current, efficiency, orientation, tilt angle, and environmental conditions. Proper sizing and installation ensure safe, reliable, durable, and high-performance energy production.

Bienvenue dans cette formation consacrée aux pompes DAYLIFF, conçue par GoShop Energy pour vous permettre de mieux comprendre, choisir, installer et entretenir les équipements de pompage.

Le pompage joue un rôle essentiel dans l’alimentation en eau, l’irrigation, l’exploitation des puits et des forages, ainsi que dans les installations solaires. Pour garantir le bon fonctionnement d’un système de pompage, il est indispensable de connaître les différents types de pompes, leurs caractéristiques techniques et leurs conditions d’utilisation.

À travers ce cours, vous découvrirez les principes fondamentaux des pompes hydrauliques, les différentes gammes DAYLIFF, les critères de sélection d’un équipement, les étapes d’installation et de mise en service, ainsi que les méthodes de surveillance et de maintenance.

Cette formation est structurée en plusieurs modules progressifs, vous permettant d’avancer à votre rythme, de consolider vos connaissances et de développer des compétences directement applicables sur le terrain.

À la fin du parcours, vous serez mieux préparé à identifier les besoins d’une installation, à orienter le choix d’une pompe adaptée et à contribuer au bon fonctionnement et à la durabilité des systèmes de pompage DAYLIFF.

Pumps are essential hydraulic machines used to transfer liquids from one point to another by creating a pressure difference. They are widely used in irrigation, water supply, industry, and photovoltaic pumping systems. Their operation is mainly based on two major categories: centrifugal pumps and positive displacement pumps. Understanding these systems makes it possible to identify different types of pumps, analyze their characteristics and performance curves, select the appropriate pump for a specific application, and perform basic sizing based on flow rate and total dynamic head. It also helps technicians carry out basic installation, maintenance, and troubleshooting operations. Since the earliest pumping systems developed in ancient times, such as the Archimedes screw, pumping technologies have evolved considerably to meet increasingly diverse needs. The main parameters to consider when selecting a pump are flow rate, pressure or head, efficiency, and operating principle. Therefore, a good understanding of pumps is essential for the proper selection, installation, operation, and maintenance of pumping systems, ensuring their efficiency, reliability, and long service life.