Generator

Name	Manufacturer	EN Capacity	EN Recharge	Supply Recovery	Post-Recovery EN Supply	Energy Firearm Spec.	Weight	EN Output	Description	Image
VP-20D	Arquebus	3720	714	384	1400	108	11030	4430	Circulating-current generator developed by Arquebus. Designed with a focus on EN capacity and output to support Arquebus energy weapons, it supplies more raw power than any other corporate product on the market.
VP-20C	Arquebus	2870	980	454	1230	100	5320	3670	Circulating-current generator developed by Arquebus. The design goal for this model was to create a generator with no drawbacks, resulting in a product that provides stable performance in any AC assembly.
VP-20S	Arquebus	2620	892	434	1200	94	3800	3200	Circulating-current generator developed by Arquebus. Tailored to lightweight ACs, such as those built by Schneider, efforts were made to keep its weight modest while providing capable output for its size.
VE-20A	Arquebus ADD	2570	787	416	600	120	3590	3120	Circulating-current generator designed by Arquebus ADD. Engineered to support high-spec energy weapon prototypes, it maximises EN output at the expense of sacrificing performance in other regards.
VE-20C	Arquebus ADD	3690	555	377	720	128	10130	4090	Circulating-current generator developed by Arquebus ADD. Features improved EN capacity and output while retaining a focus on energy weapon stabilization. However, it suffers from a heavy weight burden and recharging difficulties.
VE-20B	Arquebus ADD	3300	763	392	800	150	5860	2890	Circulating-current generator designed by Arquebus ADD. Engineered to maximize energy weapon specialization, this model even sacrifices EN output to a degree, positioning its performance somewhere close to a concept model.
AG-E-013 YABA	BAWS	3060	1086	555	1000	95	5080	3000	Internal combustion generator developed by BAWS for modern ACs. A balanced model capable of withstanding the demands of modern combat, its development was aimed at narrowing Rubicon's post-closure technological gap.
AG-J-098 JOSO	BAWS	2300	769	500	400	72	3420	2600	Internal combustion generator developed by BAWS for an old-generation AC. Performance is not dissimilar to generic labor MT models, making it an unreliable choice for combat use in a modern AC build.
AG-T-005 HOKUSHI	BAWS	3420	1052	370	850	90	7080	3810	BAWS internal combustion generator developed in tandem with Elcano. Improved output allows for use of high-burden parts, but supply recovery performance leaves much to be desired, calling for a degree of EN management finesse.
DF-GN-08 SAN-TAI	Dafeng Core Industries	4420	1020	526	620	88	10060	3210	Internal combustion generator developed by Dafeng Core Industries. This model was designed for use with the corporation's independently-manufactured heavyweight ACs, and features outstanding EN capacity.
DF-GN-06 MING-TANG	Dafeng Core Industries	3140	1449	666	440	76	6320	3160	Internal combustion generator developed by Dafeng Core Industries. A joint development with Balam, this model focuses on ensuring good EN capacity and recharging.
DF-GN-02 LING-TAI	Dafeng Core Industries	2240	2000	833	280	61	3860	2340	Internal combustion generator developed by Dafeng Core Industries. Commissioned by Balam, the specifications for this model demanded lightweight construction matched with excellent EN recharge capabilities.
IB-C03G: NGI 000	Rubicon Research Institute	4400	250	312	3100	102	8950	4340	Prototype Coral-based internal combustion generator developed long ago by the Rubicon Research Institute. Optimized for power-hungry Coral weapons, with rapid EN recovery enabled by maximized combustion.
IA-C01G: AORTA	Rubicon Research Institute	3000	238	333	2000	105	4330	3500	Coral-based internal combustion generator developed long ago by the Rubicon Research Institute. This model takes advantage of the Coral's biological traits, enabling rapid recovery by pushing combustion to its limit.