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Modular, scalable, high-density power conversion technology

From a few kilowatts to 10 MW, our converters are built on one modular, scalable architecture — so the same proven power blocks drive a grid-tied PCS, an industrial UPS, a static frequency converter, or a defence-grade supply.

Explore the portfolio →The architecture
10kW – 5MW
Power range
Multilevel
NPC topology
N+1
Modular redundancy
Enerzolve Power Conversion System cabinet
Our capability

What we bring to power conversion

Deep engineering across the full stack — topology, magnetics, firmware, and grid compliance — delivered on one scalable platform.

1.
SiC device platform

Silicon-carbide switching for high frequency, low loss, and compact magnetics.

2.
Multilevel NPC topology

3-level conversion keeps efficiency high across the full load range, >98% peak.*

3.
Grid-following & grid-forming

Full smart-inverter control, ready for IEEE 1547, CEA, and IEGC grid codes.

4.
Modular, scalable build

A common power block scales by paralleling — one design, many ratings.

Modular scalable architecture

Enerzolve Power
Module Selection

Every Enerzolve converter is assembled from the same validated power module and control platform. Add modules to add power — the topology, firmware, and protection stay identical from a benchtop supply to a megawatt-class PCS.

  • ▣
    Paralleled power modulesStandard building blocks combine to reach the target rating without redesign.
  • ↻
    N+1 redundancy & hot-swapAvailability first — a module can be serviced while the system keeps running.
  • ⚙
    Common control & firmwareShared TMS320 DSP platform with CAN / Modbus interfaces and a grid-code library.
  • ▤
    Compact footprintHigh switching frequency shrinks magnetics and filters — more power per cabinet.
1.0 MW
10 × 100 kW modules
1 module20 modules

Choose a module rating, then drag to parallel up to 20 modules.

Upcoming portfolio

Our Products

Seven product lines, one power-conversion core — built for utilities, industry, aerospace, and defence.

Power Conversion System (PCS)

Power Conversion System (PCS)

Bidirectional grid-tied PCS for battery energy storage and hybrid plants. Grid-to-battery and grid-forming control, active/reactive support, GFM and black-start capability. Engineered to IEC 62477 & IEC 61000 standards. It interfaces solar PV, the utility grid, and battery storage directly — enabling PV-to-battery, PV-to-grid, and battery-to-grid power flow.

Connects directly to
Solar PVUtility gridBESS
Applications

Utility-scale solar-plus-storage, grid-tied BESS, microgrids, renewable integration, and EV fast-charging hubs.

Industrial UPS

Industrial UPS

Online double-conversion UPS for critical processes and industrial loads. With battery and hybrid storage support. Ensures zero transfer time and superior power quality.

Applications

Data centres, process manufacturing, hospitals, oil & gas, and critical automation lines.

Static Voltage Stabilizer

Static Voltage Stabilizer

Fast electronic voltage regulation for sensitive loads and weak grids – no moving parts, wide input range, high output accuracy, and robust performance.

Applications

CNC & medical equipment, commercial buildings, weak or rural grids, and sensitive electronics.

Static Frequency Converter

Static Frequency Converter

Solid-state 50/60/400 Hz conversion for fleet operations, mining systems, and aerospace ground power – stable, efficient and maintenance-free.

Applications

Aircraft 400 Hz ground power, marine & shipboard systems, test benches, and mining fleets.

Aerospace Power Supply

Aerospace Power Supply

Ruggedized high-density power solutions for airborne, naval, and test equipment platforms – built for shock, vibration, and wide environmental range.

Applications

Airborne avionics, naval platforms, and ground-support & test equipment.

Defence Power Supply

Defence Power Supply

Mission-critical power systems for radar, communication, and electronic warfare. Rugged, reliable, and compliant with defence standards.

Applications

Radar systems, tactical communications, electronic warfare, and mobile military platforms.

Solid-State Transformer

Solid-State Transformer

Medium-voltage to low-voltage conversion with high-frequency isolation, offered in two configurations:

Solid State Transformer architecture: MV AC through an AC-AC stage, high-frequency isolation transformer and AC-DC stage to LV AC and LV DC outputs, with a standalone AC-DC converter.
MV AC → LV ACExplanation

Steps medium-voltage AC (11–33 kV) down to low-voltage AC (≤ 1000 V) through high-frequency isolation — replacing bulky line-frequency transformers while adding voltage regulation and power-quality control in a compact footprint.

Application

Industrial & commercial distribution, renewable collection substations, traction & rail auxiliary supply, and smart-grid interconnection.

MV AC → LV DCExplanation

Converts medium-voltage AC directly into a regulated, fully isolated low-voltage DC bus — removing the need for a separate rectifier stage to feed DC loads and storage.

Application

EV fast-charging hubs, BESS DC-coupling, data-centre DC power, DC microgrids, and electrolyser supplies.

Voltage range

MV: 11 kV – 33 kV AC  ·  LV: up to 1000 V AC

Modular scalable architecture

Industrial UPS,
modular & scalable

The Industrial UPS is built the same way — parallel identical UPS power modules to reach the capacity you need, with N+1 redundancy and hot-swap so critical loads never see an interruption during service.

  • ▣
    Hot-swappable UPS modulesAdd or service a module live, without dropping the protected load.
  • ↻
    N+1 redundancyBuilt-in spare capacity keeps the system online through a module fault.
  • ⚙
    Common control platformShared monitoring, battery management, and communications across all modules.
0.8 MVA
8 × 100 kVA modules
1 module8 modules

Choose a module rating, then drag to parallel up to 8 modules.

How it connects

One converter core, tying the whole system together

Solar, storage, the grid, and the load all meet at the power conversion core. Energy flows in whichever direction the system needs — charging, discharging, exporting, or islanded.

POWERCONVERSIONCORE · PCSSolar PVDC sourceBatterystorage · bi-dirUtility GridAC · export/importFacility LoadAC · protected
DC in (PV)Storage (bidirectional)AC grid & load
Why high-density

What sets the platform apart

Density
More power per cabinet

SiC switching and advanced thermal design pack higher ratings into a smaller footprint.

Availability
Redundant by design

Modular N+1 build with hot-swap keeps critical systems running through service.

Compliance
Grid-code ready

Smart-inverter functions and ride-through built to IEEE 1547, CEA and IEGC.

Resilience
Defence-grade build

Ruggedised variants engineered for shock, vibration, and harsh environments.

Engage with Enerzolve

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