Solis/ Dyness Complete Set 30 kW High Voltage Hybrid Inverter (S6-EH3P30K-H) & 23.04 kWh DynessTower Pro T23 High Voltage Battery Storage

Solis S6-EH3P30K-H – Hybrid Inverter for Commercial and Large-Scale Installations

The Solis S6-EH3P 30K‑H is specifically designed for commercial and industrial use in photovoltaic storage systems. As a hybrid inverter, it combines advanced PV feed-in with bidirectional battery management, ensuring maximum operational safety and energy efficiency.

With a nominal power of 30 kW and a maximum PV input of up to 60 kW, you can significantly increase your system's energy yield. Thanks to its 4 independent MPPT inputs, energy from different module fields is optimally utilized, even with varying orientations or shading.

The ability to connect two high-voltage batteries simultaneously makes the 30K‑H particularly flexible in storage planning. Whether for peak load coverage, self-consumption maximization, or backup supply, the device seamlessly adapts to the requirements of your energy project.

The seamless switching between grid and battery operation (< 10 ms) guarantees uninterrupted supply to critical consumers, while the SmartLoad feature automatically supplies prioritized loads. External energy sources such as diesel generators or wind turbines can also be integrated via the GEN/INV ports.

With the parallel connection of up to 10 devices (recommended max. 6 with Solis Power Distribution Cabinet), the S6-EH3P 30K-H is the ideal solution for scalable large-scale projects. Extensive protection features, high efficiencies, and a robust design with IP66 complete the profile of this high-end inverter.

Technical Specifications

• Recommended PV nominal power: up to 60 kW
• Maximum PV input power: 60 kW
• Max. input voltage: 1000 V
• Number of MPPTs / String inputs: 4 / 8
• Max. PV input current: 4 × 40 A
• Battery voltage range: 150 – 800 V (Li-Ion)
• Max. charge/discharge power: 33 kW
• Max. charge/discharge current: 70 A × 2 (parallel = 140 A)
• AC nominal output power: 30 kW / 30 kVA
• Grid connection: 3/N/PE, 230 V/400 V, 50/60 Hz
• Backup output power: 30 kW (1.6 times overload for 2 seconds)
• Grid switching time (backup): < 10 ms
• Efficiency PV-AC: max. 97.8 % | EU: 97.4 %
• Efficiency PV-Battery: max. 98.5 %
• Protection types: DC & AC surge protection Type II, AFCI (optional), short circuit, reverse polarity, islanding
• Operating temperature: –25 °C to +60 °C
• Enclosure & protection class: IP66, industrial quality
• Communication: RS485, CAN, Ethernet, optional Wi-Fi, 4G
• Display: 7″ LCD + Bluetooth

Dyness Tower Pro TP23: Battery Storage 23.04 kWh High Voltage

The Dyness Tower Pro TP23 is a state-of-the-art battery storage system, ideal for residential and commercial applications. With its high capacity and innovative high-voltage technology, it offers an efficient and reliable solution for storing solar power and optimizing self-consumption.

Introduction to the Dyness Tower Pro

Overview of the Dyness Tower Pro TP23

The Dyness Tower Pro TP23 battery storage is a high-voltage battery storage system specifically developed to meet the demands of modern energy storage solutions. As part of the Dyness Tower Pro series, the Tower Pro TP23 offers a scalable and efficient way to store solar energy and maximize self-consumption. With its high storage capacity and long lifespan, it is an ideal addition to any solar system.

Technical Specifications

The Dyness Tower Pro TP23 battery storage has a storage capacity of 23.04 kWh and utilizes safe lithium iron phosphate technology. The system is modular in design, allowing for easy installation and expansion. The nominal voltage of the high-voltage system is 576V, and the maximum discharge power is 23.04 kW. Thanks to the IP55 protection class, the Dyness Tower Pro TP23 is also suitable for outdoor use. The long lifespan of the battery is ensured by the intelligent battery management system.

Advantages of High-Voltage Technology

The high-voltage technology of the Dyness Tower Pro TP23 offers several key advantages over low-voltage systems. The higher voltage allows for lower currents to be transmitted, resulting in reduced cable cross-sections and losses. This increases the efficiency of the entire system. Additionally, the inverter compatibility with many common models such as Deye, Goodwe, Growatt, and Solis simplifies installation and integration. The high-voltage battery storage technology also contributes to the high safety and long lifespan of the storage system.

Performance and Capacity of the Battery Storage

23.04 kWh Capacity in Detail

The Dyness Tower Pro TP23 battery storage offers a remarkable storage capacity of 23.04 kWh. This capacity allows for a significant amount of solar power to be stored and used when needed. This is particularly useful for increasing self-consumption and reducing dependence on the public power grid. The high capacity of the Tower Pro TP23 enables households and commercial users to better meet their energy needs and reduce energy costs.

Scalable Energy Storage

The Dyness Tower Pro series is characterized by its scalable energy storage. The Dyness Tower Pro TP23 battery storage is modular in design, allowing the storage capacity to be flexibly expanded by adding additional modules. This scalable design allows the system to be adapted to individual energy needs. The installation of additional modules is simple and straightforward, facilitating maintenance and ensuring the long lifespan of the system.

Performance Features in Solar Applications

In solar applications, the Dyness Tower Pro TP23 showcases its strengths. The battery storage allows for the efficient storage of self-generated solar power and its use when needed, even when the sun is not shining. This leads to a significant increase in self-consumption and a reduction in dependence on the public power grid. With its high discharge power and fast response time, the Dyness Tower Pro TP23 battery storage is ideal for use in combination with solar systems for residential and commercial users.

Installation and Use of the Dyness Tower Pro TP23

Installation of High-Voltage Systems

The installation of the Dyness Tower Pro TP23 as a high-voltage system requires expert knowledge and should be carried out by qualified professionals. The Dyness Tower Pro TP23 battery storage is typically set up as a tower, with the individual modules being easy to stack. The high-voltage technology enables efficient energy transfer with low losses. Before installation, compatibility with the existing solar system and inverters should be checked. The IP55 protection class also allows for outdoor use.

Integration with Inverters

The integration of the Dyness Tower Pro TP23 with various inverters is straightforward, as the Dyness Tower Pro TP23 battery storage is compatible with a wide range of models. These include inverters from Deye, Goodwe, Growatt, and Solis. This inverter compatibility allows for flexible and easy installation of the battery storage in existing or new solar systems. The intelligent control of the Dyness Tower Pro TP23 battery storage ensures optimal operation and a long lifespan of the battery.

Sustainable Energy Use

The Dyness Tower Pro TP23 battery storage significantly contributes to sustainable energy use. By storing solar power and increasing self-consumption, the reliance on electricity from fossil sources is reduced. This protects the environment and contributes to the reduction of CO2 emissions. The long lifespan and high efficiency of the Dyness Tower Pro TP23 battery storage make it an economically and ecologically sensible investment for residential and commercial users. The lithium iron phosphate technology of the Dyness Tower Pro TP23 ensures high safety and a long lifespan of the battery. The integration with inverters enables the use of renewable energy and sustainable energy supply for households and commercial buildings.

Comparison with Other Battery Storages

Market Analysis of the Dyness Tower Series

A market analysis of the Dyness Tower series, particularly the Dyness Tower Pro TP23 battery storage, shows that this high-voltage battery storage is a competitive solution in the field of energy storage. The Dyness Tower Pro TP23 battery storage is known for its high capacity and long lifespan. Many other products do not offer the same flexibility and easy installation as the stackable design of the Dyness Tower Pro TP23, making it suitable for residential and commercial applications.

Pros and Cons in Comparison

The Dyness Tower Pro TP23 battery storage offers many advantages over other battery storages. Some of these advantages are particularly noteworthy:

• High storage capacity in kWh
• Scalable energy storage through modular design
• Good inverter compatibility, for example with Deye, Goodwe, Growatt, and Solis

Customer Experiences and Reviews

Customer experiences and reviews of the Dyness Tower Pro TP23 battery storage are predominantly positive. Many users praise various aspects of the battery storage, including:

• The easy installation
• The high storage capacity

Furthermore, the reliable performance of the battery storage is highlighted. The flexibility due to the modular design and the ability to expand storage capacity are particularly appreciated. The long lifespan of the battery and the intelligent control are also positively evaluated. Overall, the Dyness Tower Pro TP23 is considered a worthwhile investment in sustainable energy storage.

Future of Energy Storage

Trends in Battery Storage Technology

Current trends in battery storage technology show a clear focus on high efficiency, long lifespan, and sustainable materials. The lithium iron phosphate technology, also used in the Dyness Tower Pro TP23 battery storage, is gaining increasing importance as it offers high safety and a long lifespan. In the future, the integration of artificial intelligence in battery storage systems will also play a larger role in further optimizing efficiency and control.

The Role of High-Voltage Systems in the Energy Transition

High-voltage systems play a crucial role in the energy transition. The higher voltage allows for lower currents to be transmitted, resulting in lower losses and higher efficiencies. This is particularly important in the storage and use of solar power. The Dyness Tower Pro TP23 battery storage with its high-voltage technology is an example of an efficient and forward-looking energy storage system that can make a significant contribution to reducing CO2 emissions. The compatibility with inverters facilitates the use of renewable energies.

Summary of the Advantages of the Dyness Tower Pro TP23

In summary, the Dyness Tower Pro TP23 battery storage offers numerous advantages. Some key features are highlighted:

• High storage capacity of 23.04 kWh
• Scalable energy storage through modular design
• High safety thanks to lithium iron phosphate technology
• Long lifespan of the battery
• Easy installation
• Good inverter compatibility

The Dyness Tower Pro TP23 is an ideal solution for residential and commercial users who want to optimize their self-consumption and contribute to sustainable energy use. The IP55 protection class allows for flexible outdoor use.