Ampace Powers Disaster Preparedness with Safe,Resilient Energy for Extreme Conditions

September marks National Disaster Preparedness Month, a nationwide call for

households, communities and businesses to be ready for unexpected crises.

Ampace Powers Disaster Preparedness with Safe,Resilient Energy for Extreme Conditions

Beyond water, food, and medication, a durable energy storage system is

essential to a reliable emergency kit. From powering essential devices to

preserving access to healthcare, dependable batteries often determine

whether critical support remains available when everything else fails. As a

pioneer in advanced lithium-ion technologies, Ampace has been dedicated to

providing reliable energy security when emergencies strike.

Earlier this year, Ampace supported the Los Angeles Fire Department by

delivering Andes 1500 and Andes 300 power stations—ensuring firefighters

had reliable power when they needed it most. Designed to withstand extreme

conditions, the Andes series provides critical backup energy for both frontline

emergency teams and households preparing for outages. By powering

resilience across North America, Ampace demonstrates its commitment to

safeguarding communities in times of crisis.

Yet disasters continue to reveal the limits of conventional energy systems:

batteries that degrade too quickly, units that fail under extreme heat or cold,

and safety risks that erode trust. Ampace tackles these challenges head-on

with next-generation solutions—extending product lifespan, delivering reliable

performance in the harshest conditions, and setting uncompromising safety

standards.

Long Lifespan and Reliability: Ampace’s Kunlun Cells Deliver up to 20

Years of Service

Disasters are unpredictable, and backup systems often sit idle for months

before being called into action. That’s why battery lifespan is critical. A

long-lasting battery ensures reliable performance the moment it’s needed,

without the worry of degradation. In contrast, short-lived batteries can fail at

the worst possible time, leaving homes or facilities exposed. With a lifespan of

10–15 years, advanced systems provide the confidence that preparedness

investments will remain dependable well into the future.

To address this challenge, in 2023, Ampace introduced

the Kunlun Cell Series—designed for unmatched durability and efficiency.

Capable of up to 15,000 cycles, nearly double the industry average, Kunlun

cells deliver a service lifespan of up to 20 years. This eliminates the need for

mid-life battery replacements, cuts operational risks, and lowers overall

lifecycle electricity costs by as much as 30%, maximizing return on investment.

When integrated into the UniC Series, Ampace’s all-in-one solution for

high-power industrial and commercial use, Kunlun cells bring together

ultra-long endurance and high efficiency. With Zero Liquid Cooling and Zero

Air Conditioning technology, the system dramatically reduces lifetime energy

consumption while keeping maintenance simple—just once a year.

Endurance Across Extreme Temperatures: Ampace Powers Through

Mount Everest Conditions at -20ºC

Endurance across extreme temperatures is critical for disaster preparedness.

Disasters often strike in harsh conditions, such as blizzards, heatwaves, or

freezing storms, and standard batteries can fail when they’re needed most.

Ampace’s temperature-resilient systems ensure reliable power in both desert

heat and sub-zero cold, protecting critical infrastructure, supporting remote

deployments, and maintaining performance over the long term.

Recognized as the world’s No. 1 supplier of Residential Energy Storage

Systems (RESS), Ampace addresses the critical challenges of disaster

preparedness with its PR-S4 system. Beyond its durability with an

impressive 15-year lifespan, the PR-S4 delivers exceptional performance

across extreme temperatures, operating reliably from -20ºC to 50ºC. This wide

temperature tolerance minimizes potential operating difficulties during harsh

weather events, from freezing winters to scorching heatwaves, ensuring that

homes remain powered when it matters most.

Beyond its RESS offerings, Ampace’s Andes Series portable power

stations have achieved a groundbreaking milestone, becoming the first to

surpass 7,000 meters on Mount Everest. Even in extreme -20ºC conditions,

they reliably powered oxygen concentrators, communication devices, and

lighting without interruption. With advanced cell chemistry and

intelligent thermal management, Andes systems maintain over 70% discharge

capacity at -20ºC, operating efficiently and dependably. Whether for

high-altitude expeditions or everyday household emergencies, the Andes

Series provides a trusted source of power whenever and wherever it is

needed.

Safety and Stability: Ampace’s Semi-Solid-State Technology Ensures

Zero Leakage in Any Condition

During Disaster Preparedness Month, safety is top of mind—and when it

comes to energy storage, even the smallest risk can have serious

consequences. Ampace addresses this challenge with its semi-solid-state

technology, which eliminates electrolyte leakage and ensures stable

performance under any condition, from hurricanes to heatwaves. Integrated

into the PU200 systems, the technology is further reinforced by real-time

leakage monitoring and UL 9540A module-level fire safety certification. By

combining safety with reliability, Ampace provides communities, businesses,

and families with the confidence that their backup power will remain secure

and dependable when it matters most.

This Disaster Preparedness Month, Ampace meets its mission: to deliver safe,

intelligent, and resilient energy solutions that empower communities to face

uncertainty. With its proven safety record, advanced technologies, and

commitment to sustainability, Ampace stands ready to support society,

ensuring electricity remains reliable and secure under any conditions.

Ampace Powers Disaster Preparedness with Safe,Resilient Energy for Extreme Conditions