Cadenza Innovation Rack Mounted UPS System Datasheet

Cadenza Innovation offers safe and reliable back-up power systems, suitable for most IT installations in schools, libraries, and businesses. The Cadence series UPS enables configurable product options to match customer requirements and to grow in capability as site assets expand. Cadenza combines innovative safety designs with the affordable advantages of lithium-ion battery technology and delivers a UPS product with exceptional performance that assures key system infrastructure function and critical data protection. With Cadence UPS installed, the total cost of ownership is greatly reduced compared to legacy lead acid technology because long battery life enables 2-3 times longer service life.

The Cadence UPS series can deliver 6.8 kW or 17.2 kW with 120/240 or 208 VAC, depending on product configuration. Backup power duration is scalable in 5 kWh increments based on the installed quantity of stackable lithium-ion battery modules. The Cadence series uses a hybrid inverter with integrated charger, conditioning power to protect and maintain equipment function, providing instantaneous response to power outages, and safely managing battery charging and discharging.

Key Features
– 3-year warranty with upgrade option for 10-years
– Eligible for schools and libraries under the FCC E-rate program
– High efficiency, safety and reliability
– Robust, fully integrated server rack mounted system
– Power outage resiliency
– Automatic Power Quality detection and adjustments
-Surge and voltage sagging protection
-Long life, 51.2 V lithium-ion battery modules
-Scalable back-up runtime based on product configurations with 10 to 1601 kWh power
storage
– Realtime monitoring using My Cadenza Cloud
-Upgradeable energy storage features

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“Thousands of factories are needed” – Ludvika-born battery entrepreneur Christina Lampe Önnerud on Borlänge visit

DECEMBER 2, 2022

On Thursday, battery entrepreneur Christina Lampe Önnerud visited Dalarna Science Park in Borlänge to give a lecture on the energy of the future. She believes that it will require an awful lot more batteries than can be manufactured today to meet all needs both in terms of mobile phones, laptops, electric cars and large energy storage to stabilize the electricity grid in the future.

“Thousands of battery factories will be needed, there are already hundreds,” says Christina Lampe Önnerud, from Dalkulla, who herself built up a large battery industry in the US, where she has lived for many years.

But she does not foresee any immediate technological change in terms of the structure of the batteries. The Nobel prize-winning lithium-ion batteries found in everything from mobile phones to electric cars today are here to stay as they can be adapted in many different ways.

– The wealth that exists will probably last my entire lifetime and perhaps my children’s lifetimes, she says.

Wanted to start a battery factory in Ludvika
And then, of course, we ask how things went with the proud plans she herself had about 12 years ago to build a battery factory in her old hometown of Ludvika.

You can hear the answer to that question in the clip and more about how much the battery market is expected to grow in the next decade.

Battery Safety: An Explosive Issue | Christina Lampe-Önnerud | EDU2022

Dr. Lampe-Onnerud delivers a thought-provoking talk on real-world solutions based on a first principles approach that can eliminate the explosions that continue to plague the battery industry, particularly in EV and utility grid applications. She illustrates how safety has historically been deprioritised, often in favour of cost, resulting in battery energy storage systems (BESS) that cannot respond in time to prevent explosions and fires.

Christina Lampe-Onnerud Speaking on Hatch an Innovation Series

Carderock analysis of the Cadenza technology by the US Consumer Product Safety Commission

The Cadenza Innovation design is independent of subcomponent choice, meaning it could be completely compatible with any desired anode, cathode, electrolyte, or separator material. Even when subjected to an internal short circuit (produced using the NASA and NREL developed internal short circuit device) supercells produced using the Cadenza architecture and a standard LIB chemistry did not undergo propagating thermal runaway (Figure 33) (67). Testing of modules containing six supercells in series conducted at NSWCCD showed that overcharge, nail penetration, external short circuit, crush and over temperature testing all showed either no thermal runaway, or thermal runaway occurred only under extreme test conditions (crush above 100 kN load and over temperature > 200C). Development of the Cadenza super cell and evaluation by NSWCCD was sponsored by the Advanced Research Project Agency- Energy (ARPA-e).

Clean Tech in CT: A Sandbox for Local Innovators

Cadenza Innovation is featured at Minute 22.

Cadenza Innovation GTM Webinar

World Economic Forum – The Speed of the Energy Transition

Will the global energy transition from fossil fuels to sustainable energy be gradual or rapid? This
key issue for the 2020s has profound implications for governments, energy producers, technology
providers as well as industrial and private consumers. But, more importantly, the difference between
a gradual and rapid transition will determine the climate future of humanity. A gradual transition
will mean that the goals of the Paris Agreement will be badly missed. A rapid transition will give
humanity a chance to meet the goals of the Paris Agreement and keep temperature well below 2
degrees Celsius.

UL Certificate of Compliance

UN38.3 T1-T6 Certificate of Completion

Cadenza supercells completed UN testing.