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With our creative and dependable
solutions, we at Lithion have always worked to reinvent energy management
systems. A symbol of effectiveness and security, the AQ16 series Battery
Management System (BMS) has already received complete certification in
accordance with AIS 156 criteria. Its dependability has also been further
cemented by passing stringent EMI/EMC testing. We're excited to share with you
today yet another advancement: our AQ16 series BMS now integrates Pylontech's
standard CAN protocol.
Why
This Matters: A Quick Recap
Lithium-ion battery performance,
safety, and longevity are all dependent on battery management systems. Modern
technology was used in the design of the AQ16 series BMS to satisfy the
changing requirements of energy storage systems in a number of industries, such
as industrial applications, renewable energy sources, and electric vehicles
(EVs). We are adding a new level of capability and compatibility to our systems
by integrating Pylontech's standard CAN protocol, which will improve their
usability in a wider range of applications.
AIS
156 Certification: Setting the Gold Standard
A crucial standard for battery
management safety, especially when it comes to EV applications, is AIS 156. The
accreditation of the AQ16 series highlights its capacity to satisfy exacting
safety, performance, and dependability requirements. Our BMS has been
painstakingly designed to excel in every aspect, whether it be fault tolerance,
overcharge protection, or thermal stability.
EMI/EMC
Testing: Ensuring Robust Performance
Testing for electromagnetic
compatibility (EMC) and electromagnetic interference (EMI) is essential to
guaranteeing that a BMS can function flawlessly in a variety of settings
without producing or being impacted by electronic disruptions. Due to its
successful completion of these tests, the AQ16 series BMS is a reliable option
for energy storage systems in both homes and businesses.
The
Power of CAN Protocol Integration
It is revolutionary that Pylontech's
standard CAN protocol has been integrated. Modern energy storage systems depend
on Controller Area Network (CAN) protocols because they allow units in a
network to communicate with each other seamlessly. What this integration offers
is as follows:
1.
Enhanced Compatibility:
Energy storage solutions make use of
the well-known Pylontech CAN protocol. Our AQ16 series BMS can now easily
connect with a wider variety of inverters, chargers, and other system
components thanks to the integration of this standard.
2.
Improved Data Exchange:
This integration improves the
efficiency of real-time data sharing and makes it possible to precisely monitor
battery properties such as temperature, voltage, and state of charge (SOC).
3.
Seamless System Integration:
Deployment time and complexity are
decreased by the standardized CAN protocol, which guarantees simpler
integration into current configurations.
4.
Future-Proofing:
Adopting a widely used protocol
guarantees that the AQ16 series BMS will continue to be compatible with new
standards and technologies as energy storage options develop.
A
Bright Future for Energy Management
At Lithion, we're dedicated to
expanding the realm of energy management system capabilities. Our commitment to
innovation, dependability, and customer-centric design is demonstrated by the
incorporation of Pylontech's standard CAN protocol into our AQ16 series BMS,
which is not just a significant milestone.
Our cutting-edge BMS technology is
prepared to empower both individuals and enterprises as the globe shifts to
sustainable energy solutions. Unmatched performance and peace of mind are
guaranteed with the AQ16 series BMS, whether you're controlling a solar energy
storage system or optimizing an EV battery pack.
Join
the Revolution
Discover the benefits of an energy
management system that is safer, smarter, and more integrated. Discover how Lithion
is influencing the direction of sustainable energy by investigating the AQ16
series BMS.
For more information battery
management system of electric vehicle
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