Does the UBC battery scale in energy and power?

Due to their modular format, UBC batteries can be easily scaled in both voltage and capacity.

By connecting UBC Duophasic modular batteries in series we are able to scale voltage. For example, by connecting 4x 12V modules in series to generate 48V.

We can also increase amp hours (Ah) capacity by connecting multiple battery modules in parallel.

Scale can also be increased by building battery modules with a bigger voltage. For example, 14V and greater in increments of 2V.

This enables us to utilise tested and standardised sizes to very effectively scale up the UBC Duophasic technology to any required size. In turn, we create the added benefit of standardising for mass production, reducing complexity while generating increased manufacturing efficiency.

Eurobat Battery Innovation Roadmap 2030

Eurobat Battery Innovation Roadmap 2030 – Lead Acid Batteries

EUROBAT Parameters		2020 State of the Art	2030 Target	UBC 2021
Electrochemical System	Cathode	PbO₂	PbO₂	PbO₂
Electrochemical System	Anode	Pb, Pb+C	Pb, Pb+C	Pb, Pb+C
Energy Density (Wh/Kg)	Battery	23 – 45	35 – 55	52 – 68
Energy Density (Wh/l)	Battery	36 – 100	50 – 110	112 – 139
Power Density (W/Kg)	Battery	41 – 400	65 – 450	380 – 410
Power Density (W/l)	Battery	76 – 840	72 – 900	820 – 920
Predicted Lifetime (Yr)	Calendaric	10 – 25	10 – 25	10 – 25
Operation Temperature Range (^oC)		-25 – +50	-25 – +50	-40 – +88
Energy Efficiency (%)		67 – 85	>90	85 – 90

EUROBAT = Association of European Automotive and Industrial Battery Manufacturers. The purpose of the association is to study all matters of interest to storage battery manufacturers and their sub-contractors in Europe, the Middle East and Africa.