Compact power research
The research team makes several breakthroughs, focusing on 2 avenues. One for a technology that can be deployed rapidly, cheaply and effectively, the other aiming at pure performance and technological excellency. The first team reports success, optimizing production of a high power density graphene based super capacitor, capable of storing about as much energy by weight or volume as a normal battery, but with the capability to charge or discharge in an instant.
The second team also reports success. They based themselves on the alien's technology, analyzing their rifles and the scarce wreckage of landing pods we have recovered. Though we could not rebuild the power source or power storage technology they utilized, materials used in the design fulfill expectations of a room temperature superconductor. These materials have helped greatly in creating a Superconducting Magnetic Energy Storage System, where the energy is stored as a magnetic field within the coil. It's main benefits are that it has virtually no losses, neither during charging, discharging or storing the electricity, and is very reliable, as it contains no moving parts. Like the super capacitor, it can charge and discharge almost instantaneously. The system is however, a bit bigger , and the reliance on alien materials which we can not manufacture makes it expensive.
Gained :
- Supercapacitor
- Superconducting Magnetic Energy Storage (based on alien tech)