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Storage solutions for solar systems - Efficient energy supply for commercial and private households
Choosing the right storage system is crucial to the success of your photovoltaic system. On our marketplace, we offer a wide range of storage solutions for commercial and residential applications. These systems maximize efficiency and ensure a reliable energy supply by storing excess solar energy and releasing it when needed.
Our storage solutions offer customized options:
Commercial storage systems are ideal for large operations that require high storage capacity to reduce operating costs and ensure a continuous energy supply. Home storage systems are compact and powerful, perfect for households that want to increase their independence from external electricity providers and optimize self-consumption.
BYD offers high-quality storage solutions with a long service life and high efficiency for various applications. Huawei with the LUNA series delivers advanced technology and high power density, ideal for modern solar installations. Pylontech is a leader in lithium-ion batteries and offers economical, long-lasting solutions.
And much more - discover the best storage solutions for your project on our marketplace.
Storage solutions for PV systems: efficiency, independence and flexibility
Choosing the right storage system is crucial to the success of a photovoltaic system. Storage systems make it possible to store surplus solar energy and use it again when needed - ideal for both private and commercial applications. Modern technologies, long guarantees and high efficiency make battery storage systems an indispensable component for sustainable energy use.
The right choice of battery storage - what installers should look out for
1. capacity and performance:
The storage capacity should be tailored to the individual energy consumption and the requirements of the PV system. Precise dimensioning prevents both oversizing and undersizing and optimizes the efficiency of the system.
The storage capacity should be tailored to the individual energy consumption and the requirements of the PV system. Precise dimensioning prevents both oversizing and undersizing and optimizes the efficiency of the system.
2. cycle stability and service life:
The service life of a battery storage system depends on the number of charging and discharging cycles. Models with high cycle stability, such as the lithium-ion batteries from Pylontech, are characterized by a long service life.
The service life of a battery storage system depends on the number of charging and discharging cycles. Models with high cycle stability, such as the lithium-ion batteries from Pylontech, are characterized by a long service life.
3. compatibility and integration:
A storage system should be easy to integrate into existing PV systems and smart home solutions. Manufacturers such as SolarEdge offer storage systems that are specially adapted to their inverters and monitoring systems.
A storage system should be easy to integrate into existing PV systems and smart home solutions. Manufacturers such as SolarEdge offer storage systems that are specially adapted to their inverters and monitoring systems.
4. Safety and certifications:
Certifications such as VDE-AR-E 2510-50 ensure high safety standards. Manufacturers such as Sungrow Power rely on modern safety features that ensure protection against overloading and overheating.
Certifications such as VDE-AR-E 2510-50 ensure high safety standards. Manufacturers such as Sungrow Power rely on modern safety features that ensure protection against overloading and overheating.
The most important storage components
The BMS monitors the charging and discharging process of the battery and protects against overcharging, deep discharging and overheating. This function is crucial for the safety and longevity of the storage system.
A battery module consists of several battery cells and is the central component of a storage system. Depending on the required capacity, several modules can be combined with each other.
A battery system consists of several battery modules and an integrated BMS. It offers a complete solution for storing solar power and can be expanded on a modular basis as required.
A battery bundle includes all the necessary components for the installation of a storage system, including battery modules, BMS, inverter and accessories. These complete solutions make planning and installation easier for installers.
Leading manufacturers and their technologies
BYD: BYD is a leading supplier of lithium-ion batteries and offers long-life, modular storage systems such as the Battery Box series. These solutions are suitable for both residential and commercial applications.
Huawei: The LUNA series from Huawei is characterized by high energy efficiency and modular expandability. Thanks to the intelligent control system, the stored energy is optimally utilized.
Pylontech: Pylontech offers cost-effective and durable storage solutions. The US2000 and US5000 series in particular are popular with private and commercial users due to their flexibility and high capacity.
SolarEdge: The SolarEdge Home Battery offers seamless integration into existing PV systems. The combination of inverter and storage ensures efficient energy use and comprehensive monitoring.
Sungrow Power: Sungrow offers scalable battery systems for both large and small applications. Their systems impress with their high cycle stability and modern design.
SMA: The Sunny Boy Storage series from SMA combines powerful inverters with efficient storage systems and offers flexible solutions for PV systems with battery storage.
FOX ESS: FOX ESS scores with innovative storage solutions that are designed for high energy density and user-friendly control. These systems are suitable for both private and commercial applications.
Why invest in storage solutions?
Maximize self-consumption:
storage solutions make it possible to store excess energy and use it when needed, maximizing self-consumption.
storage solutions make it possible to store excess energy and use it when needed, maximizing self-consumption.
Reducing grid dependency:
Storing solar power reduces dependency on external electricity providers and their price increases.
Storing solar power reduces dependency on external electricity providers and their price increases.
Cost savings:
Self-generated electricity is generally cheaper than buying electricity from the grid. In the long term, the use of a storage system saves considerable energy costs.
Self-generated electricity is generally cheaper than buying electricity from the grid. In the long term, the use of a storage system saves considerable energy costs.
Sustainability:
Storage systems promote the increased use of renewable energies and help to reduce CO₂ emissions.
Storage systems promote the increased use of renewable energies and help to reduce CO₂ emissions.
What is the optimum storage capacity?
The ideal storage capacity depends on the electricity consumption and the output of the photovoltaic system. For a typical 4-person household, 5 to 10 kWh is usually sufficient. Commercial applications usually require larger systems with at least 15 kWh. Scalable solutions such as the BYD Battery-Box Premium or Huawei Luna2000 enable flexible adaptation to future requirements.
How long does a battery storage system last?
With good quality and appropriate use, the service life of a battery storage system is usually 10 to 15 years. High-quality manufacturers such as SMA and SolarEdge offer a warranty of up to 10 years. Modern systems also guarantee more than 5,000 charging cycles with minimal loss of capacity.
Current trends in battery storage systems 2024
1. sustainability in battery production:
More and more manufacturers are focusing on environmentally friendly materials and recycling processes to improve the sustainability of battery production.
More and more manufacturers are focusing on environmentally friendly materials and recycling processes to improve the sustainability of battery production.
2. advances in solid-state technology:
Solid-state batteries promise higher energy density and improved safety standards. This technology could significantly increase the efficiency of storage systems in the near future.
Solid-state batteries promise higher energy density and improved safety standards. This technology could significantly increase the efficiency of storage systems in the near future.
3. integration into the energy market:
Battery storage systems are playing an increasingly important role in grid stability and efficiency in the energy market. They contribute to better integration of renewable energies and increase security of supply.
Battery storage systems are playing an increasingly important role in grid stability and efficiency in the energy market. They contribute to better integration of renewable energies and increase security of supply.
