A new era
in space
batteries
A new
era
in space
batteries
We develop & manufacture battery packs for space energy storage with improved energy density & weight reduction.
LANZO is a spin-off of CIDETEC Energy Storage, a leading European R&D Center specializing in the generation of new battery technologies and their transfer to the industry.
01
We are a supplier of batteries for space, providing energy storage solutions for space missions.
02
Our experience is based on more than 25 years of CIDETEC Energy Storage developing cell and battery technology for mobility sectors.
03
Our added value: to incorporate (spin-in) COTS technologies from the automotive sectors for space systems.
04
Offering competitive prices, delivery and qualification time
our
services
01
Lithium-ion batteries (li-ion).
02
Selection of batteries for space applications.
03
Design; structural, thermal and electrical analysis (bms) to meet the requirements.
04
Design, simulation, integration, qualification of battery packs.
05
Lifetime prediction analysis.
our space
products
FOR LARGE SATELLITES 200 kg
BASED ON Li-Ion CELLS
COTS ELEMENTS
L200
The BST’s Li-Ion battery technology offers 10x more lifetime, 20% reduced cost and less hazardous. The battery block is protected for overcharging, tolerant against deep discharge and offers cell balancing. It isspace proven and has a design life of 10 years in LEO. The LANZO L consists out of 3 strings in parallel each with a nominal capacity of 2.5 Ah. The electrical interface is a 15pin D-SUB female connector.
Main Characteristics & Units
FOR SMALL SATELLITES 50 kg
M50
Lanzo-M is a modular battery system for small satellites on 50 kg range. It is based on Li-Ion cells with COTS elements. The BST’s Li-Ion battery technology offers, 20% reduced cost and less hazardous.
Dimensions: 50 x 50 x 40 mm3. Mass 1500 g. For satellite desing with 2500 Whkg and 3000 W power needs.
Main Characteristics & Units
FOR SMALL CUBESAT 10 kg
S10
Lanzo-S is a CubeSat battery over 10 kg. It is based on Li-Ion cells with COTS elements.
The BST’s Li-Ion battery technology offers, a nominal voltaje 7,2 V and specific energy 200-300 Whkg for satelites power needs 3000 W
Main Characteristics & Units
