Guide

Choosing the right photovoltaic modules is a crucial basis for the efficiency and profitability of a solar system. There are various technologies to choose from, each with its own advantages and disadvantages. This guide introduces the three most common photovoltaic technologies: monocrystalline, polycrystalline and thin-film modules. Each of these technologies has specific properties that make it suitable for different applications. We offer you a detailed overview to help you make the best choice for your needs.

In times of climate change and rising energy costs, energy-efficient construction and renovation are becoming increasingly important. More and more builders and homeowners are placing value on sustainable and environmentally friendly construction concepts that not only reduce energy consumption but also minimize CO₂ emissions. Photovoltaics play a central role in this context. It makes it possible to convert solar energy into electricity and thus cover the energy needs of buildings in an environmentally friendly way. In this guide, you will learn how photovoltaic systems contribute to energy efficiency and what advantages they offer for climate-friendly construction and renovation.

The energy transition and the use of solar energy are no longer just topics for homeowners with large roof areas. More and more tenants and small system operators are looking for ways to make their contribution to climate protection and at the same time reduce their electricity costs. This is where so-called balcony power plants come into play - an innovative and simple solution for generating solar power even in rented apartments or on small plots of land. This guide explains how balcony power plants work, which legal and technical aspects need to be considered and how you can benefit from this technology.

The use of photovoltaic systems to generate electricity is no longer just an issue for private individuals. More and more companies are relying on solar energy to reduce their electricity costs, protect the environment and secure their energy supply in the long term. In this guide, we explain how companies can benefit from using photovoltaic systems and which aspects need to be taken into account.

Using photovoltaic systems to generate solar power is an increasingly popular method of meeting your own energy needs and at the same time contributing to environmental protection. While photovoltaic systems produce electricity using solar energy during the day, self-consumption is often limited. The electricity produced is not always used immediately - especially when the sun is shining and electricity demand is low. This is where power storage comes into play: it enables excess solar power to be stored and used at a later date. In this guide, you will learn how to store your solar power efficiently and make the most of the advantages of power storage.

Photovoltaic systems are an excellent investment in a sustainable energy future and offer both economic and ecological benefits. However, to ensure that your photovoltaic system works reliably and delivers maximum energy yield over many years, regular maintenance and care is essential. Below you will find comprehensive information on the most important aspects of maintaining photovoltaic systems so that you can benefit from efficient operation in the long term.

The decision to install a photovoltaic system (PV system) on your own roof brings with it numerous advantages. One of the biggest advantages is the possibility of using self-generated solar power and thus significantly reducing your own energy costs. However, the profitability of a PV system depends heavily on how much of the electricity generated is actually used by yourself. In this guide, we will show you how you can optimize your own consumption and maximize the benefits of your solar system.

Installing a photovoltaic system offers homeowners the opportunity to generate their own energy, reduce costs and contribute to the environment. However, professional installation is essential to ensure optimal performance of the system and to comply with legal requirements. Below you will find detailed instructions on how to install a photovoltaic system. Although this guide covers basic steps, we recommend that certain tasks, particularly electrical connections, are carried out by a qualified professional.

Installing a photovoltaic system (PV system) offers homeowners and businesses the opportunity to generate environmentally friendly electricity and reduce energy costs in the long term. Despite the many advantages, the initial investment for purchasing and installing a PV system can be a financial challenge. To overcome this hurdle, there are a variety of funding options and financing models in Germany that make purchasing and installation much easier. In this guide, you will learn more about the various funding programs and financing solutions available to you.

The use of solar energy is becoming increasingly popular, especially against the backdrop of rising electricity prices and increasing awareness of environmentally friendly energy solutions. But many potential investors are asking themselves the question: Is it really worth purchasing a photovoltaic system? In this guide, we explain the costs, potential savings and other economic aspects of photovoltaic systems in order to give you a well-founded basis for making your decision.

Photovoltaics is one of the key renewable energy technologies that allows us to convert sunlight directly into electrical energy. This technology is increasingly being used in homes, businesses and public institutions to provide a clean, sustainable and cost-effective source of energy. In this guide, we will explain the basics of photovoltaics and give you an overview of how photovoltaic systems work and the benefits they offer. This is particularly useful for anyone considering installing a photovoltaic system or who wants to learn more about this important technology.