E-scooters, e-motorbikes and quadricycles; which includes devices that possess a range of >75 miles and a rated power of >3.6-7.2kW, has seen a compound annual growth rate (CGAR) of 6% during the COVID-19 pandemic; commanding an estimated global market value of $18.6 billion as of 2019 &further projected values of $41.98 by 2030, increasing with a CGAR of 7.7.% between 2020 and will continue to increase to a global value of $644.5 billion by 2028.
Premium and Bespoke UPS Solutions
We recognised this surge in the market and have responded by offering battery solutions with the ability to power all platforms of e-mobility, crafted by our team of engineers based in our in-house Centre of Excellence and duty-free manufacturing from our partner in the Philippines we can create bespoke solutions for small scale domestic appliances to e-motorcycles across all power and charge requirements, in a cleaner, greener alternative to existing chemistries with snap-fit functionality.
Range of Applications
Our total solutions are designed by our in-house team; located within our Center of Excellence, who will support your project from the initial design phase; during which our team will create a solution based on your requirements, specification and industrial application; efficient transfer to mass production, as well as certification and testing.
Safe & Stable Chemistry
We understand that safety is paramount within e-mobility, especially when regarding urban e-mobility, and so our total battery solutions feature sector-leading smart BMS systems with AI and voltage balancing capabilities. Another way we achieve safety is through the sourcing of grade-1 lithium. from our ethical supply chain.
Crafted to Meet the Challenges of E-Mobility
Next Generation Solutions to Power Light E-Mobility
As a whole solution provider, LiB.energy can craft bespoke solutions to meet your requirements and the demands of the growing marine market, as well as aid in the resolution of a range of critical issues surrounding the sector going beyond phasing out both lead acid-based chemistries currently utilised within conventional marine vessels and aquaculture power systems; including reductions in marine acoustic pollution, a vital issue posed within the marine environment.