"Ihr Haus - Ihre Energie - unsere Expertise"

Requirements analysis - planning and offer - realization

When buying a photovoltaic system, good, long-term and individual advice is particularly important. We therefore focus on three simple steps to your personal PV system:

1. Requirements analysis

Tailored to individual customer requirements and wishes. By telephone, online and in person on site.

2. Planning and offer

We create a customized offer for your needs and requirements. In doing so, we maintain an open and close exchange with you in order to take your wishes into account in the best possible way.

3. Realization

As soon as we have planned the PV system to your satisfaction, we will take care of the implementation of the project as quickly as possible and take care of all the paperwork and registrations for you.

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Powerful partnership for a sustainable energy future

At Solar Hero, we are proud to enter into an exclusive cooperation with the renowned photovoltaic installation company Floschu GmbH!
By working with Floschu GmbH, we offer our customers the opportunity to use our latest technologies in customized photovoltaic systems. Floschu GmbH's many years of experience and expertise in the field of photovoltaic installations perfectly complement the performance of our solar modules.
Discover the future of solar energy with Solar Hero and Floschu GmbH! Contact us today for a no-obligation consultation and find out how you can benefit from our innovative technology and expertise.

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HISTORY

From carpentry workshop to solar expert:
The success story of Floschu GmbH since 2012

In 2012, the young company owner Florian Schuster laid the foundations for Floschu GmbH after successfully completing his training as a carpenter.

The company has been based in Hilden for 8 years now and has a spacious 400 m² workshop. During this time, Floschu GmbH has specialized in the field of solar technology and has grown into a respected expert.

In addition to solar systems, the company recognized that well-insulated windows and doors can also make a decisive contribution to an efficient energy balance. This area is therefore being continuously expanded in order to offer our customers holistic and sustainable solutions.

Frequently asked questions and answers

A photovoltaic system is a system that converts sunlight into electrical energy. It consists of solar modules made of semiconductor materials such as silicon. When sunlight hits the solar modules, the photovoltaic cells in them generate a direct current. An inverter converts this direct current into the alternating current required for household use, which can then be fed into the power grid or used directly in the home.
N-type solar modules are a type of monocrystalline solar module in which the semiconductor inside consists of a negatively charged material. This leads to a lower sensitivity to impurities and a lower recombination rate, resulting in higher performance and efficiency. The advantages of N-type solar modules include improved performance at high temperatures, a longer service life and better shade tolerance.
Most photovoltaic systems have a service life of at least 25 to 30 years. High-quality solar modules and components can last even longer. During this time, the performance of the system may gradually decrease, but modern solar modules come with guarantees that ensure a certain minimum performance over many years.
In bad weather or at night, when the sun is not shining, the photovoltaic system produces little or no electricity. During these periods, the electricity required is drawn from the public grid. However, if your system produces more energy than you consume, you can feed surplus electricity into the grid and receive remuneration through a feed-in tariff or remuneration systems.
The performance of a photovoltaic system is influenced by several factors, including solar radiation, the orientation and inclination of the solar modules, the temperature, shading effects and the quality of the solar modules and inverters. Professional planning and installation takes these factors into account to ensure maximum energy yield.

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