Engineering Power for a Changing World
The future of energy is becoming more electric, more distributed, and more intelligent.
AneVa Instruments develops advanced power conversion modules and systems that enable this transition — from high-power EV charging and renewable energy to grid-connected systems.
Our approach is simple: engineer power electronics that are efficient, scalable, reliable, and built for demanding real-world applications.
With modular architectures and deep expertise in power conversion, we help our customers move from concept to high-performance power systems — faster and with greater flexibility.
Power Conversion Modules
Modular power solutions engineered for the next generation of electrification. Built for high efficiency, scalability, and reliable performance across demanding power applications.
ACDC Charging Modules
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AV1000AC30 — 30 kW AC-DC Power Module
View DetailsAV1000AC50 — 50 kW AC-DC Power Module
View DetailsAV1500AC100 — 100 kW AC-DC Power Module (Patented)
View DetailsDCDC Charging Module
View All →AV1000DC30 — 30 kW DC-DC Power Module
View DetailsAV1000DC50 — 50 kW DC-DC Power Module
View DetailsAV1500DC100 — 100 kW DC-DC Power Module (Patented)
View DetailsOur Solutions
EV Charging
End-to-end electric vehicle charging infrastructure solutions using our modular ACDC and DCDC power platforms for public, fleet, and commercial deployments.
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MicroGrid & Energy Storage
Scalable microgrid power electronics and battery energy storage systems for off-grid, hybrid, and grid-connected applications.
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Solar Energy
Power converters that capture and store solar energy in battery systems, then supply it back to the grid or connected loads on demand.
Learn more →Why Choose AneVa
>98%
Peak Efficiency
30–100kW
Module Range
SiC
Semiconductor Tech
V2G
Bidirectional Power
Made in India
Designed and manufactured indigenously in Pune. Recognised by DPIIT Startup India and MSME — delivering world-class power electronics with indigenous engineering expertise.
Modular & Scalable
Hot-swap 30 kW modules stack seamlessly from 30 kW to 300 kW+ in the same rack cabinet — no hardware redesign, no downtime.
SiC Technology
Silicon Carbide semiconductors deliver higher switching frequency, lower heat generation, and longer operational lifespan compared to conventional IGBT designs.
Bidirectional Power
DAB-topology DCDC modules support V2G and V2H operation — enabling EV batteries to feed power back to the grid or building, unlocking new revenue streams.
Ready to Start Your Project?
Contact us today and let's build something great together.
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