About:Energy partnered with MP Space to accelerate the development of next generation satellite power systems. Using The Voltt, MP Space selected the right battery cell virtually, benchmarked multiple options against real mission profiles, and integrated validated lifetime data into MATLAB Simulink models. The result was lower technical risk, faster decision making and earlier adoption of high performance cell technology.

The Molicel P60B (INR-21700-P60B) is a next-generation cylindrical lithium-ion cell designed for high-performance applications in eVTOL, aviation, drones, motorsport, and defence. Combining exceptional energy density and reliability, it supports advanced electrification platforms where efficiency, safety, and weight are critical. Built on Molicel’s legacy of innovation, the P60B enables engineers to push the boundaries of flight and performance in next-generation electric sys

The Amprius SA08 is a high-specific-energy lithium-ion pouch cell designed for aerospace-grade drones, offering 338 Wh/kg while weighing just 108.5 g. In this blog, we use About:Energy’s lab-validated electrical model to simulate the SA08 under real multicopter drone loads—revealing voltage behaviour, heat generation, and usable energy beyond what the datasheet shows.

The Ampace JP40 is a high-power 21700 lithium-ion cell designed for demanding applications like drones, e-aviation, and defence. In this blog, we use our own lab-tested electrical models to simulate JP40 performance under various loads, streamlining cell selection and benchmarking.

Explore About:Energy’s case study on the Molicel P45B (also known as Molicel P45B INR21700) battery cell. The article examines its role in powering record-breaking electric vehicles like the McMurtry Spéirling and highlights key insights into thermal performance, system design, and battery testing for high-performance applications.

We have collaborated with ThermoAnalytics to demonstrate how the Voltt database can be used with 3D thermal simulation software TAITherm.