SiC · 1.2kV · 400A 3L-ANPC · 100kHz

Medellín, Colombia · Est. 2025

POWER,
PRECISELY
DELIVERED.

SIVER designs and manufactures Silicon Carbide power electronics for the Latin American energy transition. Solar inverters. Solid-state transformers. EV chargers. Built here.

98.2%
Max efficiency — SI-250
250kW
Nominal power — SI-250
100kHz
Switching frequency
SiC
Silicon Carbide · Next-gen
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SI-250 Solar Inverter · Silicon Carbide Technology · Built in Medellín · RETIE Certified · ST-1 Solid State Transformer · CV-350 DC Fast Charger · Energy Sovereignty · 3.2GW Colombia 2030 · SI-250 Solar Inverter · Silicon Carbide Technology · Built in Medellín · RETIE Certified · ST-1 Solid State Transformer · CV-350 DC Fast Charger · Energy Sovereignty · 3.2GW Colombia 2030 ·

Silicon Carbide
changes the physics.

Conventional silicon-based inverters have been optimized for 40 years. SIVER builds on Silicon Carbide — a fundamentally different material that enables switching 5× faster, running 43°C cooler, and delivering systems 80% lighter. This is not incremental improvement. It's a different physics.

01
100kHz Switching
SiC MOSFETs switch at frequencies impossible for silicon IGBTs. This enables LCL filters 3× smaller and inductors one-third the size — directly reducing system weight and cost.
100kHz
vs. 20kHz max for IGBT
02
Passive Cooling
Lower switching losses mean less heat. The SI-250 operates passively — zero fans, zero noise, zero moving parts — up to 180kW. No maintenance. No failure modes from cooling systems.
0 dB
Silent operation ≤180kW
03
−90% Switching Loss
SiC's bandgap of 3.26 eV versus silicon's 1.12 eV enables operation at higher voltages and temperatures with drastically lower energy dissipation per switching event.
−90%
vs. silicon IGBT switching losses
04
3L-ANPC Topology
Three-Level Active Neutral Point Clamped topology — the industry standard for 250kW-class inverters. Best THD performance, highest efficiency profile across load range, RETIE compliant.
98.2%
Peak efficiency — SI-250

Three product lines.
One platform.

All SIVER products share the same SiC architecture, the same design language, and the same firmware intelligence layer. Built in Medellín for the Latin American grid.

SI-250
Solar String Inverter
250kW · Three-phase grid-tied · SiC MOSFET · 3L-ANPC · RETIE certified
98.2%
Efficiency
28 kg
Weight
IP66
Protection
ST-1
Solid State Transformer
1MVA · No dielectric oil · 4 m² footprint · Grid modernization · R&D phase
98.4%
Efficiency
4 m²
Footprint
2027
Launch
CV-22
AC Semi-Fast EV Charger
22kW · Type 2 / IEC 62196 · Three-phase · Hotels, corporate, residential
22kW
Power
~2.5h
0–80%
IP55
Protection
CV-350
DC Fast EV Charger
350kW · CCS2 + CHAdeMO · 200–1000V DC · Highway, fleet, commercial
350kW
Power
~15min
0–80%
IP55
Protection
Flagship · Available 2026
SI-250
250kW · SiC Solar String Inverter · Medellín

The SI-250 is Latin America's first domestically-manufactured 250kW SiC solar inverter. Built on a 3L-ANPC topology with Wolfspeed or Infineon SiC MOSFET modules, it delivers 98.2% peak efficiency with passive cooling up to 180kW — silent, maintenance-free operation at full power in the Colombian climate.

The aluminum 6061-T6 anodized chassis houses fins that are designed to be visible — not concealed. The cooling structure is the design. Laser-engraved certifications. No stickers. No compromise.

Request Technical Datasheet
Nominal Power
250 kW
Max Efficiency
98.2%
Max DC Voltage
1100 V
Switching Freq
100 kHz
Passive Cooling
≤ 180 kW
Weight
28 kg
Protection
IP66
Chassis
Al 6061-T6
01

Technology Sovereignty

100% of commercial solar inverters in Colombia are imported today. A grid-scale disruption in Shenzhen means weeks without critical components. SIVER manufactures locally — components, firmware, support.

Zero import dependency on critical parts
02

Direct Technical Support

Foreign vendors offer 72+ hour response times, documentation in languages your engineers don't speak, and support staff who have never seen your grid. SIVER's engineers are in Medellín. Same timezone. Same regulations.

SLA: 24-hour response guaranteed
03

SiC Performance

Our SiC-based architecture delivers efficiency and thermal performance that silicon IGBT inverters — including many competitors — cannot match. Not a feature. A physical property of the material.

98.2% efficiency · −90% switching loss

The inverter accounts for 5% of a solar plant's cost.
It determines 100% of its performance.

EPM and Celsia are beginning to assess supply-chain sovereignty risk in critical energy infrastructure. SIVER enters the market at exactly this inflection point — with a technically superior product, locally manufactured, by engineers who understand the Colombian grid and regulatory environment.

$4.2B
Latin America power electronics market by 2030
38%
CAGR of SiC-based inverter market 2023–2030
3.2GW
Colombia's solar capacity target by 2030
0
Certified SiC inverter manufacturers in Latin America today

A $4.2B market.
No local champion.
Yet.

Colombia committed to 3.2 GW of new solar capacity by 2030. That number requires hundreds of industrial inverters at the 250kW–1MW scale — every year, for the next five years. None of them are manufactured domestically today.

Beyond Colombia, Brazil, Mexico, Peru, and Chile face the same constraint: energy transition goals that depend on power electronics they cannot produce locally. SIVER's Colombia launch is a beachhead, not a ceiling.

The SiC market is growing at 38% CAGR globally. In Latin America, the category barely exists. That's the gap SIVER fills.

Let's talk
about your
project.

Whether you're evaluating the SI-250 for a solar installation, exploring a partnership, or interested in SIVER as an investor — we want to hear from you.