EP Systems, a pioneering leader in innovative energy solutions, is excited to announce its latest innovation: the trailblazing EPiC 2.0 aircraft energy storage system. Compared to today’s battery technology, it provides up to 30 additional minutes of usable flight time. This opens up a host of new applications for electric aircraft.
“This really unlocks electrification for so many different customers in so many different segments,” affirmed Nathan Millecam, Chief Executive Officer and Co-Founder of Electric Power Systems. “This is the first time where we’ve seen the convergence of all the technologies that we’ve been developing for over a decade now.”
EP Systems encourages industry leaders to get onboard with EPiC 1.0 now for a seamless transition later. EPiC 2.0 is a drop-in replacement for the EPiC 1.0 TSO system so it’s easy to upgrade.
Currently, one of the challenges with energy density is that it’s targeted toward short-range missions. The EPiC 2.0 module provides a significant increase in the energy density at the pack level. Additionally, it can fast charge in 30 minutes to deliver 80% battery capacity. This makes electric aviation a more viable prospect for commercial applications moving forward.
In 2021, EP Systems released its Electric Propulsion Ion Core Ecosystem. It addressed some of the most prevalent roadblocks to advanced air mobility – including safety, cost, weight, and infrastructure. This lightweight, high-power system offers an impressive 60 minutes of usable flight time with 30 minutes of reserve. And now 2.0 advances the concept even farther, providing 90 minutes of flight time with 30 minutes of reserve.
“Our teams are very, very good at being creative and finding ways to solve difficult problems, making these batteries a possibility and doing it safely,” noted Ryan Bohm, Director of High Voltage Power Distribution and Protections at EP Systems.
Energy density, a core measurement of electric aircraft power systems, refers to the amount of usable energy for a given weight. In EPiC 2.0, the pack level energy density is increased from 205 wh/kg up to 265 wh/kg. As the energy density of a battery module increases, new technologies are needed to manage the challenging, rigorous environment of the thermal runaway and provide safety to the aircraft. EP Systems developed innovate connector and cooling technologies that allow for the adoption of these new chemistries and uphold all critical safety standards.
This longer flight time signals an inflection point for the pilot training. Flight schools can now take better advantage of the lower costs associated with running an electric aircraft fleet. “The average duration of a local training flight is just over an hour. So having one hour plus capacity makes that feasible,” said Dan Sutliff, Assistant Professor at Utah Valley University. “The additional range of these new batteries will allow us to do local flight training and cross-country flight training as well. Everything that needs to be completed for a private pilot certificate.”
SOURCE: Businesswire