Shipping costs
Shipping within Germany
- Free UPS parcel shipping up to 30 kg
- UPS parcel shipping over 30 kg: 35 €
- Freight forwarding (larger/multiple packages | hazardous goods such as PV storage | special dimensions | excluding solar modules)
- Goods value under 3500 € = 75 €
- Goods value under 7500 € = 125 €
- Goods value over 7500 € = 175 €
- Shipping solar modules: 175 €
You can find the total shipping costs in your shopping cart ( shipping cost calculator for many European countries ) and also before checkout after entering your address.
Shipping abroad
For shipments abroad, higher shipping costs may apply, which you can also see in the checkout for most destinations.
For deliveries to third countries, customs and import fees are usually also added.
Solax Power Master Box MCS0800 I battery management system
Scope of delivery
- Battery management system Master Box MCS0800
- Documentation and other accessories
Product highlights and technical data at a glance
- For up to 13 PV storage modules (32.5 kWh)
PV storage T-BAT SYS HS:
- High charging and discharging current of 45 A
- Probably the only PV storage system for safe outdoor use thanks to heating technology
- Modularly expandable up to 33.2 kWh for an unlimited period of time (13 battery modules)
- Safe LiFePO4 high-voltage batteries
- Long service life of over 6000 cycles
- 90% depth of discharge (DoD)
- Easy installation with wireless stacking design
- IP 65 – suitable for outdoor installation
- Usable battery capacity of 9.2 kWh
- 10-year warranty
- For further technical details please refer to the data sheet
Detailed description
Can be used anywhere and safely
The PV storage system is designed for extreme conditions: With its very wide operating range of -30 to +53°C , made possible by the unique integrated battery heating technology, the PV storage system can be installed outdoors or in unheated rooms and charges and discharges without restrictions even in cold weather conditions. The IP65 protection rating also guarantees outdoor installation of the PV storage system , further increasing its versatility and application possibilities.
The PV storage system uses exclusively LiFePO4 high-voltage battery modules , known for their reliability and safety. In addition to their high performance, the batteries are characterized by their long service life of over 6,000 cycles and a depth of discharge (DoD) of 90% , further underscoring their cost-effectiveness and sustainability. Additional safety and efficiency are provided by soft-start protection – which protects the system from overvoltages by gradually increasing the power supply – as well as the option for remote maintenance and updates via the inverter.
Convenient installation and handling
Thanks to its wireless stacking design, the PV storage system can be installed quickly and easily, even by a single person. The capacity of the T-BAT SYS-HV-S PV storage system can be easily and flexibly expanded from 5.1 kWh to 33.2 kWh by stacking up to 13 battery modules on top of each other for an unlimited period of time. The modular design allows you to adapt and expand the PV storage system to meet your needs at any time.
Note: If you have 10 or more battery modules, you will need a Solax Serialbox to build a second battery tower.
Strong performance
The SolaX Power T-BAT SYS-HV-S high-voltage PV storage system offers impressive performance. With its high charge and discharge current of 45 A , it is capable of meeting demanding requirements while ensuring a reliable energy supply. With a comprehensive 10-year warranty, you can be assured that your investment is protected and that you will benefit from the long-term performance of the SolaX Power PV storage system.
SolaX Power is a leading manufacturer of inverters and energy solutions for solar energy. The SolaX Power product range features innovative technologies that maximize energy efficiency and facilitate the integration of solar energy into the power grid. For example, SolaX Power inverters offer dynamic electricity tariffs via AI and can be used to set charging times during which power is drawn from the grid.