KOSTAL - Highest quality, performance and reliability "Made in Germany"

An inverter is crucial for the functioning of a photovoltaic system, as it converts the direct current (DC) generated by the solar panels into the alternating current (AC) typically used in households. This conversion is necessary because most household appliances and the power grid rely on alternating current. As a result, the inverter enables the electricity generated to be used directly in the home as well as fed into the public grid.

In addition, the inverter constantly monitors the power quality and ensures that the system works efficiently and complies with grid standards. Without the inverter, the use of solar energy in everyday life would be severely restricted, as the energy generated would not be available in a form that could be used by consumers.

The performance of an inverter determines how efficiently a photovoltaic system converts the direct current generated into usable alternating current. Optimum performance ensures higher yields, faster amortisation, reduces CO₂ emissions and offers real added value for customers.

Added value for customers through optimum dimensioning

An inverter must match the size of the PV system. If it is too small, valuable solar energy is lost. If it is too large, this can reduce efficiency. A powerful but optimally matched solution ensures that the customer gets the most out of their system.

Higher yield through efficient power control

Modern inverters have dynamic power control and multiple MPP trackers to achieve the best possible energy yield - even in changing weather conditions or partial shading. A high output means that more solar power is used and fewer losses occur.

Faster amortisation thanks to higher efficiency

A powerful inverter can feed more energy into the grid or make it available for self-consumption. This reduces electricity costs and increases the feed-in tariff, which means the investment pays for itself more quickly.

CO₂ reduction through maximum energy yield

The better an inverter utilises solar energy, the less electricity has to be purchased from fossil sources. A high-performance system thus reduces the need for grid electricity and actively contributes to CO₂ reduction.

Performance and future-proofing

With increasing energy requirements, for example due to electromobility or heat pumps, higher inverter performance can be crucial. A future-proof inverter makes it possible to flexibly adapt the energy supply without the need for a new system.

The performance of an inverter is a key factor for the economic efficiency and environmental friendliness of a PV system. It has a direct influence on yields, amortisation time and the CO₂ balance. A high-performance inverter offers customers maximum efficiency, long-term flexibility and a sustainable solution for their energy supply.

KOSTAL has been developing pioneering technologies for more than a century. As a family-run company with a long tradition, KOSTAL stands for the highest quality and sustainable solutions. The PLENTICORE inverter and the ENECTOR wallbox are two outstanding products that harmonise perfectly with each other to make efficient use of renewable energy. Both are produced in Germany.

The PLENTICORE inverter offers flexible connection options and simple storage integration, enabling customers to increase their self-consumption rate. With its robust design and efficiency, it fulfils the highest demands and guarantees a long service life.

The ENECTOR wallbox complements the system with an intelligent charging function that can be optimally combined with a photovoltaic system. It ensures efficient charging of electric vehicles and thus supports the transition to sustainable mobility. Together, PLENTICORE and ENECTOR offer an innovative energy management system that is characterised by German engineering expertise.