200 kW / 215 kVA 1500 V utility string inverter: Verify PV, AC and Project Scope
Current source identity: internal 200 kW / 215 kVA 1500 V utility string inverter sourcing configuration; manufacturer, full model/suffix and released datasheet are not attached.
This page defines a procurement route for a 200 kW / 215 kVA 1500 V utility string inverter. The current catalogue identity does not include a released factory model, full electrical table or destination document package. Treat the stated rating as a shortlist requirement and map every final value to one exact manufacturer model and revision before order release.
Current sourcing-configuration specifications
These values are preserved from the current internal product record. They define shortlist requirements, not a released manufacturer model; require a matching supplier datasheet before order.
PV Input & MPPT
| PV Input | 1500 V DC system; final DC/AC ratio by project design |
|---|---|
| MPPT / Inputs | 9 MPPT / up to 18 PV strings |
AC Output & Grid
| Rated AC Output | 200 kW rated / 215 kVA maximum |
|---|---|
| AC Output | 800 V three-phase; 50/60 Hz |
| Maximum Efficiency | Up to 99.0% |
Installation & Communication
| DC Voltage | 500–1500 V MPPT range; 1500 V maximum |
|---|---|
| Protection | Outdoor utility enclosure; surge and AFCI options depend on final configuration |
| Communication | RS485 and Ethernet; PLC, cellular or plant-controller integration by project |
| Recommended Application | 1500 V ground-mount PV plants and high-capacity tracker blocks |
Current document status
Request exact model/suffix, current datasheet/manual, PV MPPT/current table, AC/grid table, protection, monitoring, certificates, wiring/one-line, warranty, BOM and destination evidence before quotation release.
Current configuration evidence
Convert the power label into an exact factory model
Power class alone cannot establish PV, battery, AC, grid, backup or protection behavior.
Exact model and rating
Request manufacturer, full suffix, nominal/maximum active and apparent power, ambient derating, phase, voltage and frequency.
PV and MPPT
Confirm maximum DC voltage, MPPT range, start voltage, inputs/MPPT, operating and short-circuit current, string allocation and DC protection.
AC and grid interface
Confirm service voltage, grid code, reactive/power-factor functions, export control, protection, RSD interface and monitoring.
Installation and documents
Confirm enclosure, cooling, mounting, cable/terminal, isolation/SPD/earthing, commissioning, certificates, warranty and BOM for the exact project.
Inverter RFQ checks
Six checks before finalizing the inverter
The final offer must connect PV strings, AC service, load or grid objective, documents and site constraints to one exact model.
Exact model/suffix
Request nameplate, revision, full data sheet and supported options.
PV design
Provide module electrical data, cold Voc, strings, MPPT allocation, current and DC protection.
AC system
State phase, voltage, frequency, fault level, earthing/neutral, loads or grid interconnection and generator if applicable.
Grid and controls
Define grid code, export/meter/CT, reactive controls, monitoring, communication and utility acceptance.
Protection and installation
Confirm isolators, SPD, breakers/fuses, cables, ventilation, IP/environment, mounting, access and commissioning.
Evidence and terms
Request model documents, certificates for destination, warranty, included accessories, spares, packing, lead time and substitution controls.
Configuration boundaries
A kW label is not a complete inverter or project guarantee
Final suitability depends on the exact model, PV strings, AC system, protection, firmware and destination requirements.
Power is conditional
Rated kW does not establish apparent power, overload, ambient derating, motor/inrush behavior or all operating modes.
PV compatibility needs current data
Do not select strings from power alone; verify cold Voc, MPPT window, per-input current, parallel rules and DC protection.
Grid readiness is destination-specific
A generic grid-tied label does not prove local grid code, certificates, export control, protection settings or utility acceptance.
Project interfaces remain separate
Transformer/MV collection, civil works, grid studies, SCADA/PPC, protection and FAT/SAT are project scopes.
Continue the inverter review
Prepare an evidence-controlled inverter RFQ
Use existing system guidance to define the actual PV, AC, storage and project inputs.
Inverter RFQ FAQ
Questions to close before model selection
The current page is a controlled sourcing configuration, not a manufacturer release.
Is this 200 kW / 215 kVA 1500 V utility string inverter an exact factory model?
No. It is a procurement route. The quotation must identify one exact manufacturer model/suffix and attach matching documents.
Can PV strings be selected from the kW label?
No. Obtain exact Voc/Vmp/Isc/Imp limits, MPPT window, current limits and protection requirements before designing strings.
Does the grid-tied label establish utility acceptance?
No. Confirm exact grid code, certificates, export control, protection, firmware and the destination utility process.
What should the RFQ request?
Request exact model, datasheet/manual, electrical tables, wiring, protection, certificates, warranty, BOM, options, packing and current commercial terms.
Prepare a verified 200 kW / 215 kVA 1500 V utility string inverter RFQ
Send PV strings, AC system, load or grid objective, battery details where relevant, site conditions, destination and required documents.
Start with the product, application or project information you have. We can help identify the remaining configuration, document or delivery questions before a final quotation.
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