Second generation hybrid supercapacitors, a real game changer.

Watch this space at https://kurt.energy/second-generation-hybrid-powercapacitors-change-the-game/

Kurt.Energy specialises in trustworthy customer-specific clean energy system solutions, for the B2B market.  Core building blocks are carbon-based power and energy hybrid supercapacitors (often called powercapacitors). Contrary to classical lithium-based batteries, these are simple to use. Depending on the cell type, these can have an energy density from 80 to 230 Wh/kg, can be charged very fast and provide up to 20x their nominal power, work from -40°C to +80°C, have lifecycles (full charge/discharge) from 10000 to more than 20000 cycles (up to 30 years or 1 million km), BMS optional, no thermal risk. The most cost-efficient and long-life solution in the B2B market. The role of Altreonic-Kurt.energy is to develop a battery design based on the customer’s specifications. The battery itself is assembled by one of Altreonic’s partners.

Hybrid supercapacitors move ahead

Altreonic-Kurt.energy exclusively focuses on hybrid supercapacitor cells to develop customized battery solutions for our customers. Hybrid supercapacitors combine the advantageous properties of supercapacitors with the energy capabilities of lithium-ion battery cells....

MULTI-MOBY presented at E-VOLVE cluster Webinar

EU Horizon 2020 MULTI-MOBY project presented at E-VOLVE cluster Webinar “Driving the Future” – The E-VOLVE Cluster Webinar 5. March 2024 Join us on Friday, 15th of March when a large number of our member projects provide “Insights from European Research and...

H2020 MULTI-MOBY project successfully terminated

EU Horizon 2020 MULTI-MOBY project terminated MULTI-MOBY was an ambitious 3-year project aiming at finalizing the development, manufacturing and deployment in the market of safe, efficient, and affordable urban electric vehicles for passengers and light logistics....

Moving 12 ton of earth with a 450 Wh battery

We recently were contacted by the Ingenieursbureau IRRI. They had a special assignment to develop a load and tilting mechanism to put a green garden on top of a high 100-story building in Brussels.  The earth and other material is hosted by a crane to the roof in...

Custom made hybrid supercapacitor cells and batteries

Our company exclusively focuses on utilizing hybrid supercapacitor cells to develop customized battery solutions for our customers. Hybrid supercapacitors combine the advantageous properties of supercapacitor design with the energy capabilities of lithium-ion battery...

Ultrasafe second generation hybrid supercapacitor batteries (2)

Ultrasafe second-generation hybrid supercapacitor batteries change the game (2) In this post, we outline how a simple device complements the inherent safety of hybrid supercapacitors and provides protection against abuse and external causes of fire. One of the main...

Second generation hybrid supercapacitors change the game (1)

Second-generation hybrid supercapacitors change the game Kurt.energy has been using hybrid powercapacitors with success for more than 2 years. A new generation is now becoming available.  Twice as high energy densities, a lower internal resistance (< 10 mOhm) while...

Short presentation on Kurt.energy and the hybrid supercapacitors (updated pdf)

In the attachment a short and updated presentation on Kurt.energy, the unique carbon-based powercapacitors and their applications. Altreonic_Kurt.energy_Jan2023_short

H2020 MULTI-MOBY project paper at TRA conference

Abstract: Multi-Moby is an ambitious project aiming at quickly finalising the results of a cluster of European projects, addressing the development of technology for safe, efficient and affordable urban electric vehicles (EVs). This paper presents developments in the...

Hybrid supercapacitor batteries for H2020 MULTI-MOBY project

Altreonic delivers powercapacitor batteries in H2020 MULTI-MOBY project Altreonic has now reached the milestone of delivering a powercapacitor battery in the Multi-Moby project. The aim is to demonstrate the use of powercapacitors in the I-FEVS light electric vehicles...