aktionsset Zendure Hyper 2000 balcony power station with multi-set coordination
In today's world, where sustainability and energy efficiency are paramount, photovoltaic (PV) systems are becoming increasingly important. This guide highlights the various aspects of PV inputs and aC power inputs/outputs, especially in the context of the innovative Hyper 2000 system. Let's dive deep into the technical details and understand the benefits and functionality of these technologies.
What is a PV input?
A PV input refers to the connection through which a photovoltaic system (solar energy system) is supplied with energy. These inputs are critical to the efficiency and performance of the system, as they are the first interface for generating energy from sunlight.
PV input connections: Solar connector and pv1-4
PV input connectors are the connection points where the solar panels are connected to the system. In the case of the Hyper 2000 system, these are solar connectors and the specific pv1 to pv4 connections. These enable simple and secure connection of the solar panels to the system.
Nominal voltage of the PV input: 15v-55V
The nominal voltage of the PV input varies between 15v and 55v. This range is crucial to ensure the optimal performance and efficiency of the solar panels, as different solar panels can generate different voltages.
Recommended power of the PV input: 350w-600W
The recommended power for the PV input is between 350w and 600w. This recommendation ensures that the system is operated optimally without being overloaded and at the same time provides enough energy for the household.
number of mppts: What are mppts and why are they important?
mppt stands for maximum power point tracking. These are special algorithms that ensure that the solar system always operates at maximum efficiency by determining the best combination of voltage and current. The Hyper 2000 system has two mppts.
mppt1 connections: pv1 & pv2
mppt1 is responsible for the pv1 and pv2 connections. This configuration enables optimal energy generation and distribution by combining two separate solar panels.
mppt2 connections: pv3 & pv4
similar to mppt1, mppt2 is responsible for the pv3 and pv4 connections. here too, efficiency is maximized by coupling two additional solar panels.
Nominal voltage range of each mppt: 16-48v
The nominal voltage range for each mppt is between 16v and 48v. This range is flexible enough to work with different solar panels while ensuring high efficiency.
Rated current of each mppt: 20.5a
Each mppt can handle a rated current of 20.5a. This means that the system is able to handle high currents safely and efficiently, which is particularly beneficial for large solar installations.
Rated power of each mppt: 900W
The rated power of each mppt is 900w. This ensures that the system can generate enough energy to meet the household's needs without overloading the components.
Rated power of dual mppts: 1800W
By combining both mppts, the system achieves a rated output of 1800w. This high power capacity is ideal for households that require a reliable and continuous energy supply.
aC current input/output: Basics
The aC current input/output refers to the interface through which alternating current (ac) is fed into or drawn from the domestic grid. This interface is crucial for the use of stored solar energy in the household.
Nominal power: 1200w
The rated power of the ac input and output is 1200w. This means that the system is capable of continuously supplying or drawing 1200w of power, which is sufficient for most household appliances.
Rated voltage: 220V/230v/240V
The rated voltage for the aC input and output varies between 220v, 230v and 240v. These voltage ranges are standardized and allow seamless integration into most household power grids.
Nominal frequency: 50Hz
The nominal frequency is 50Hz, which is the standard in many countries and thus ensures a compatible and stable power supply.
Rated current: 5.5a
The rated current for the aC input and output is 5.5a. This current range is designed for the safe operation of most household appliances.
battery: charging and discharging modes
The battery plays a crucial role in the storage and use of solar energy. It enables surplus energy to be stored and used when required.
Charging mode: Maximum input power
In charging mode, the maximum input power varies depending on the number and type of batteries used.
One ab1000 battery: 950W
With an ab1000 battery, the maximum input power is 950W. This means that this battery can be charged efficiently to store excess solar energy.
An ab2000 battery: 1200w
With an ab2000 battery, the maximum input power increases to 1200w, which enables even faster and more efficient charging.
Two or more batteries: 1600W
When using two or more batteries, the maximum input power is 1600w. This ensures that larger amounts of energy can be stored efficiently.
Discharge mode: Maximum output power
In discharge mode, the maximum output power is 1200w. This ensures that the stored electricity can be efficiently fed into the household grid to cover energy requirements.
Environmental adaptability: charging temperature and more
The environmental adaptability of the system is a key factor in its longevity and efficiency. The Hyper 2000 system is designed to operate in a wide range of temperatures and environmental conditions.
Charging temperature: -25? to 60?
The system can be charged in a temperature range from -25? to 60?, allowing high flexibility and adaptability to different climatic conditions.
Discharging temperature: -25? to 60?
the system can also be discharged within a temperature range of -25? to 60?, which ensures continuous use regardless of the outside temperature.
Storage temperature: -25? to 85?
For storage, the system is designed for temperatures between -25? and 85?, which enables safe storage even in extreme climate zones.
Maximum relative humidity: 90%
The system can be operated at a maximum relative humidity of 90%, which guarantees high resistance to humid environments.
IP protection class: What does ip65 mean?
The Hyper 2000 system has an ip65 protection rating. This classification means that the system is fully protected against dust and water jets from any angle, which underlines its robustness and reliability in various environments.
other important features
In addition to the basic technical specifications, the Hyper 2000 system offers a number of other important features that increase its user-friendliness and efficiency.
Wireless type: Bluetooth and Wi-Fi
The system supports wireless communication via Bluetooth and Wi-Fi. This enables easy monitoring and control of the system via corresponding apps and devices.
ota support
The system supports ota (over-the-air) updates, allowing firmware updates to be carried out easily and conveniently over the network without the need for physical intervention.
dimensions and weight
The Hyper 2000 system measures 350 x 202 x 78 mm and weighs approximately 8.5 kg, ensuring a compact and easy-to-handle design.
How does the Hyper 2000 work during the day and at night?
The Hyper 2000 system uses intelligent power management to ensure optimum energy efficiency both during the day and at night.
During the day
During the day, when the Smart Energy Meter detects excess solar power that can be fed back into the grid, the Hyper 2000 system directs this power to the batteries for storage. This reduces energy waste and increases the use of the solar energy generated.
At night
At night, the Hyper 2000 system converts the stored energy into alternating current for the house. This significantly improves energy efficiency by reducing the need for mains electricity and making optimum use of the stored solar energy.
Innovatively designed hybrid inverter: advantages and functions
The Hyper 2000 system integrates multiple functional modules into one device, providing a new and powerful user experience.
Plug & Play: No installation required
The system offers effortless setup without complex installation procedures. The plug-and-play design allows for immediate operation right out of the box, providing convenient and time-saving benefits.
3rd generation GaN technology: increased efficiency
Thanks to advanced 3rd generation GaN technology, the Hyper 2000 system offers higher efficiency than conventional hybrid inverters. This results in more efficient energy conversion and utilization.
Increased performance: automatic scaling
The Hyper system can be seamlessly expanded by automatically linking up to three devices per phase. This enables safe and managed output power from 0-1800w while increasing mppt power to 5400w and battery capacity to 23.04kWh.
Bidirectional 1200w power
With 1200w bi-directional power, you can not only power your home, but also store power from the grid, allowing for flexible and efficient energy management.
2400w solar power and solar plug
The Hyper 2000 system offers a high solar output of 2400w and four sets of solar plugs. This makes installation easier and at the same time reduces energy loss compared to parallel connections.
Minimize feed-in to the grid
With the help of a smart electricity meter, the Hyper 2000 system can minimize the energy fed into the grid and thus optimize self-consumption. The system offers a wide range of aC outputs from 30w to 1200w, adjustable in 1 watt increments for precise energy management, with a fast response time of less than 3 seconds.
Time-of-use automation: maximize cost efficiency
The Zendure app provides real-time electricity price notifications. Users can set a target price and create a charging and discharging schedule accordingly. The system automatically charges when electricity prices are low and discharges when prices are high to ensure cost-efficient use over time-of-use.
Zendure ab2000 SolarFlow battery 48v 40ah 1920Wh
The world of energy supply has seen a remarkable development with the introduction of solar powered batteries. A remarkable addition to this advanced technology is the Zendure ab2000 SolarFlow battery 48v 40ah 1920Wh. This article will delve into the depths of this product to understand its features, benefits and applications.
Technology behind the Zendure ab2000 SolarFlow
The functioning of this battery is based on solar technology. By using solar energy, the battery can be recharged, providing a sustainable and environmentally friendly source of energy. With a capacity of 1920Wh (40ah / 48v), this battery offers reliable performance and efficiency.
Advantages of using the Zendure ab2000 SolarFlow
One of the outstanding features of this battery is its versatility. It is ideal for use in various scenarios such as camping, as an emergency power source or for everyday use. Its portability and durability make it a practical solution for on the go.
applications and possible uses
This battery is used in the home, where it can be used as a backup power source. It is also perfect for outdoor adventures, as it offers the possibility of charging electronic devices even in remote areas.
Comparison with conventional batteries
Compared to conventional batteries, the Zendure ab2000 SolarFlow stands out for its efficiency and its positive impact on the environment. Although the initial purchase price may be higher, it offers a cost-effective solution in the long term.
User experiences and reviews
Customers are impressed by the performance and ease of use of this battery. The overwhelmingly positive reviews highlight its reliability and longevity.
Maintenance and care tips
To maximize the life of this battery, regular maintenance is crucial. Simple cleaning and storage guidelines will help to maintain its performance.
The future of solar powered batteries
With the continuous development in solar technology, solar-powered batteries such as the Zendure ab2000 SolarFlow are expected to become even more efficient and powerful. They could play a key role in future renewable energy systems.
Features
- integrated heating, therefore can be charged even at temperatures of -20°c
- compatible with ab1000 battery (at sub-zero temperatures, ab1000 is switched off and only ab2000 is charged)
- expandable up to max. 7680Wh
- Dimensions: 350 x 200 x 298 mm
- Weight: 25 kg
- Capacity: 1920Wh (40ah / 48v)
- System: LiFePo4
- Cycles: >3000
- Protection class: ip65
- Hazardous goods un3480 Lithium-ion batteries, 9 II
Technical data:
- Cell size: Other
- System: LiFePO4
- Voltage: 48 Volt
- mah: 40000 mah
- VPE: piece
- Plug-in system: Other
- Properties: cycle-proof
- Properties: maintenance-free
- Energy: 1920 Wh
- Gross weight: 25000 g
- Max. Charging current: 25 a
- Max. Discharge current: 25 a
- Temperature range: -20° - 60° Discharging
- Temperature range: -20° - 55° Charging
The following single-phase micro inverters are safely compatible with SolarFlow:
- Hoymiles (manufacturer's recommendation)
- Deye
- aPSystem
- Solix (not Solax)
- WVC
- NEP
- Bosswerk
- Envertech 300-1200w
- others would have to be checked.
The following are not compatible:
- Growatt
- Solax
- Solis
- Hybrid
- GTB
promotion period:01.10.24 -10.11.24
