Innovative cell architectures and construction process for hi-performance and maintenance-free solar energy storage and backup.
Secondary [rechargeable] batteries and customised solutions for specialized applications
Innovative cell architectures and construction process for hi-performance and maintenance-free solar energy storage and backup.
Secondary [rechargeable] batteries and customised solutions for specialized applications
At Xunzel
Excellence is Standard
Free-maintenance
Highest Safety and Reliability
Plug & Play
Automation
Quality and cost-effective
Cost-efficient
Long Life Service
and Mechanical Robust
Testing & Prototyping
Individualized Battery Solutions from One Source
Reliable solar energy storage
100% Safe. Sealed. Maintenance free.
For solar and
backup systems
Totally safe and with integrated BMS
More energy and very light
Designed for Isolated Solar Systems and Backup/SAI
Faster and
More Powerful
Withstand constant charge and discharge cycles and highly resistant to deep discharges.
Long Service Life design.
Very low self-discharge.
Multi-position installation.
Deep cycle solar batteries for solar and backup systems
Designed for constant charge and discharge cycles and resistant to deep discharge
Multi-position
installation
Long Service
Life design.
100% Safe
Sealed
Maintenance free.
High performance deep cycle solar batteries for solar and backup systems
Designed for constant charge and discharge cycles and resistant to deep discharge
Very Long Life
Service Design
Exceptional performance, even under extreme conditions.
Very low self-discharge.
Vertical and horizontal installation.
100% Safe. Sealed. Maintenance free
SOLARX-Lithium-PRO™ : A XUNZEL ENERGY Research and Development project co-financed by the European Regional Development Fund (ERDF / FEDER) with the aim of promoting technological development, innovation and quality research; where the main objective is to develop and increase the knowledge to design and industrialize Lithium-ion batteries with higher efficiency, longer duration and life expectancy, lower manufacturing and maintenance costs, lower weight and dimensions that facilitate their transport and installation space requirements.