Engineered for the World's Most Demanding Environments
Defense & Military
Armoured vehicles, field systems, naval platforms, and classified installations
Critical Infrastructure
Remote grids, emergency reserves, aviation, and national security facilities
Naval & Maritime
On-board, coastal, subsea, and offshore systems where conventional batteries cannot survive
Extreme Environments
Arctic, Antarctic, Middle East, Africa — reliable performance from -50°C to +70°C
6 pillars of Customer Value
Bezpečnost a spolehlivost produktu
Inherentně bezpečné články a skladovací systémy – žádné riziko tepelného úniku, spolehlivý a neustále dostupný zdroj energie – i v extrémních podmínkách a při selhání elektroniky
Ekonomická efektivita
Nižší investiční náklady (CAPEX), snížené provozní náklady (OPEX), delší životnost, vyšší celková účinnost
Strategická nezávislost
Duševní vlastnictví v majetku EU, výrobní aktiva a nezávislý dodavatelský řetězec
Strategická bezpečnost
Kyberbezpečnost, suverénní dodavatelský řetězec a zaručená dostupnost služeb
Cirkulární ekonomika
Ekonomická recyklace na materiály třídy A; nízká uhlíková stopa, další posílení suverenity
Udržitelnost
Nízká míra odpadu, minimální vlastní spotřeba energie bateriového systému, netoxická výroba
Uncompromising Performance Under Any Condition
Safety & reliability — inherent cell safety with no
thermal runaway risk, much lower system level complexity, no BMS operational mode.
All-condition usability — operates from extreme cold to desert heat
Cybersecurity — two-layer secure BMS architecture
Zero thermal footprint — silent and no thermal footprint operations
Rapid deployment — simplified integration, no complex
commissioning, long term storability with immediate deployment.
Resilience — hardware fallback mode ensures operation without electronics
Crisis functionality — guaranteed operation in degraded or contested scenarios
Minimal Maintenance. Maximum Readiness.
Elimination of servicing during storage — batteries remain ready without intervention
Minimized service during deployment — simplified architecture reduces field maintenance burden
Long-term storage capability — extended shelf life with no degradation in standby
Long service life and reliability — consistent performance across the full lifecycle
Simplicity of service — less complex BMS or thermal management systems to maintain
Proven Performance - Several use cases demonstrating our success
2018: Camp David Ranch, Nevada
25 kWh off-grid system operating 7+ years in desert heat and dust without BMS. Demonstrates
exceptional resilience in extreme heat and harsh
conditions.
2022: Czech Arctic Station, Svalbard
15 kWh microgrid operating at up to -40°C+
for 3+ years without thermal management
(dual regime 7 months operations/ 5
months stand by). Proves extreme cold
reliability and long-term storability without
compromising on the features.
