Utility-scale power for
Power Producers
Solar Array
DC Input
RenAmp Inverter
DC → AC
Grid / Load
AC Output
RenAmp BESS
Store / Dispatch
RenAmp supplies 3 MW+ central inverters, string inverters, and Battery Energy Storage Systems that convert, protect, and dispatch industrial-scale power.
Central Inverters, String Inverters & BESS
Four platforms, one power loop — spec'd for 3 MW+ industrial and IPP deployments.
3.5 MW Central Inverter
The flagship. Built for gigawatt-scale solar farms.
A 1500 V outdoor central inverter built on three-level advanced topology, converting DC power from solar arrays into grid-ready AC at utility scale — with dual independently-cooled MPPT channels rated 1750 kW each.
Rated Power
Max Efficiency
DC Bus
Dual MPPT, independently cooled
Two MPPT channels rated 1750 kW each run on independent cooling circuits, tracking separate array strings for maximum energy harvest even under mismatched irradiance.
98.99% peak efficiency
98.99% max efficiency (excluding auxiliary supply), 98.71%/98.74% weighted EURO/CEC efficiency, and 99.9% MPPT efficiency — engineered to shave losses at gigawatt scale.
Ultra-low parasitic draw
Auxiliary power consumption under 6230 W, night mode under 175 W, and no-load losses under 3630 W — every watt not spent on conversion is a watt sold back to the grid.
1.25 MW Central Inverter
Mid-scale power block for phased plant build-outs.
An indoor, 1000 V central inverter using the same three-level topology as the flagship — sized for phased utility deployments, distributed plant architectures, and sites where block-loading matters as much as peak power.
Rated Power
Max Efficiency
DC Bus
110% overpower at low ambient
Delivers up to 110% higher operating power at lower ambient temperatures — extra headroom precisely when cooler conditions make the array push more DC.
Near-lossless MPPT tracking
99.99% MPPT efficiency paired with 98.9% max efficiency and 98.71%/98.76% weighted EURO/CEC efficiency.
Minimal parasitic load
Auxiliary consumption under 2900 W, night mode under 100 W, no-load losses under 1650 W — tuned for indoor installations running continuously.
60 kW String Inverter
Distributed MPPT for rooftop-to-ground-mount flexibility.
A six-MPPT, IP65-rated outdoor string inverter for large commercial and industrial arrays where distributed power electronics outperform a single central point of failure.
Rated Power
Max Efficiency
Enclosure
Six independent MPPT inputs
Six independently-tracked MPPT channels squeeze maximum harvest out of arrays with mixed orientation, shading, or string length.
98.7% peak efficiency
98.7% max efficiency, 98.5% weighted European and 98.6% weighted CEC efficiency, with internal night consumption under 0.5 W and standby under 10 W.
Electrolytic-free, fuse-free
No electrolytic capacitors and no fuses to service — fewer wear parts, longer field life, less scheduled maintenance across a fleet of units.
30 kW String Inverter
Compact distributed power for tighter site footprints.
A dual-MPPT, natural-convection string inverter with an integrated string combiner — sized for smaller commercial arrays and dense industrial rooftops where every enclosure counts.
Rated Power
Max Efficiency
Enclosure
Integrated string combiner
A built-in string combiner simplifies installation, cutting the number of separate enclosures and field terminations on smaller arrays.
98.38% peak efficiency
98.38% max efficiency, 98.16% weighted European and 98.26% weighted CEC efficiency, with night consumption under 0.5 W and standby under 10 W.
Natural convection cooling
Fanless natural-convection cooling removes a moving part from the reliability equation entirely — nothing to wear out, nothing to clog.
Battery Energy Storage System
The buffer between generation and demand.
A modular Battery Energy Storage System engineered for utility-scale, commercial, industrial, and microgrid deployments — pairing high energy-density cells with an advanced BMS to stabilize the grid, shift load, and back up critical power.
Architecture
Response
Round-trip
Deployment
Advanced BMS at the core
Advanced monitoring and control algorithms govern every cell, optimizing safety, longevity, and performance across the full state-of-charge window.
High round-trip efficiency
High round-trip efficiency minimizes energy losses across every charge/discharge cycle — capacity you store is capacity you can sell or shift.
Quick response to grid events
Fast response times let the system absorb grid fluctuations in near real time, supporting frequency and voltage stability on demand.
Built for the conditions that break other gear
98.99%Peak Efficiency
Three-level advanced topology across the central inverter line converts more of every array watt into billable AC — 98.71–98.76% weighted EURO/CEC efficiency, sustained.
Full Fault Ride-Through
LVRT, HVRT, and anti-islanding protection are standard on every platform, with configurable reactive power and power-factor control for grid-code compliance.
Layered Protection
Up to 11 protection categories per unit — DC reverse polarity, insulation monitoring, surge, ground fault, overtemperature — engineered so one fault never becomes an outage.
SCADA-Native Monitoring
Ethernet/SCADA connectivity, 30 days of onboard fault memory, and remote firmware upgrades keep plant operators looped in without a truck roll.
Modular BESS Scale
From a single containerized block to multi-unit utility arrays — capacity that matches the site, with an advanced BMS governing every cell.
Built for the Field
IP65-rated, electrolytic-free, fuse-free string inverters with smart or natural-convection cooling — fewer wear parts across a distributed fleet.
Power at industrial scale
Every platform ships at 3 MW+ — sized for the people who buy power in blocks, not panels.
Power Producers
Every point of efficiency is basis points on the PPA.
3.5 MW central inverters with 98.99% peak efficiency and full LVRT/HVRT ride-through keep utility-scale plants compliant, bankable, and producing — block after block, year after year.
Large Manufacturers
Behind-the-meter generation that survives a grid event.
Pair on-site solar with BESS peak shaving and demand-charge reduction to cut industrial energy costs, while grid-outage backup keeps production lines running through a fault.
Data Centers
Uptime doesn't negotiate. Neither does this hardware.
Fast-responding BESS smooths grid fluctuations and rides through outages, while modular capacity scales storage in step with load growth — critical power, without critical single points of failure.
Compare the platform lineup
| Spec | 3.5 MW Central Inverter | 1.25 MW Central Inverter | 60 kW String Inverter | 30 kW String Inverter | Battery Energy Storage System |
|---|---|---|---|---|---|
| Category | Central Inverter | Central Inverter | String Inverter | String Inverter | Energy Storage |
| Rated Power | 3.5 MW | 1.25 MW | 60 kW | 30 kW | BESS |
| Max Efficiency | 98.99% | 98.9% | 98.7% | 98.38% | — |
| Configuration | 1500 V | 1000 V | IP65 | IP65 | Modular |
| Protection Layers | 11+ | 10+ | 9+ | 10+ | 4+ |
| Grid Compliance | IEC 61683, IEC 60068 series, IEC 61000 series, IEC 62109 series, IEC 62116 / IEEE 1547, IEC 61727 | IEC 61683, IEC 60068 series, IEC 61000 series, IEC 62109 series, IEC 62116 / IEEE 1547, IEC 61727 | IEC 62109-1 / -2, IEC 61727, IEEE 1547.1, IEC 61683, IEC 61000-6-2 / -6-4, IEC 60068 series | IEC 62109-1 / -2, IEC 61727, IEEE 1547.1, IEC 61683, IEC 61000-6-2 / -6-4, IEC 60068 series | Grid-code aligned |