MAC 50-70KTL3-X LV/MV
On-grid PV InverterCommercial & Industrial PV Inverter

Growatt commercial PV string-inverter review

Growatt MAC 50-70KTL3-X LV and MV Commercial Inverters

MAC 50KTL3-X LV/MV, MAC 60KTL3-X LV/MV and MAC 70KTL3-X MV The verified source tables show 1100 V maximum, three MPPTs and 200-1000 V operation; LV uses 600 V nominal DC and MV uses 700 V, with 39 or 52 A tracker allocations by member On the AC side, LV columns use 230/400 V with neutral; MV columns use 277/480 V without neutral, covering 50/60/70 kW rated output 98.8% maximum Select one complete model, voltage route and destination document set before quotation; family maxima, optional protection and certificate lists do not apply automatically to every member.

Released members: MAC 50KTL3-X LV/MV, MAC 60KTL3-X LV/MV and MAC 70KTL3-X MVPV route: 1100 V maximum, three MPPTs and 200-1000 V operation; LV uses 600 V nominal DC and MV uses 700 V, with 39 or 52 A tracker allocations by memberAC route: LV columns use 230/400 V with neutral; MV columns use 277/480 V without neutral, covering 50/60/70 kW rated outputEnclosure and efficiency: IP65; 52 kg; 98.8% maximum
Build Your RFQ

Current source identity: official Growatt May 2023 MAC 50-70KTL3-X LV/MV datasheet set. LV and MV are different DC-nominal, AC-voltage and conductor/neutral routes. Select the full suffix before designing transformer, switchgear or cable collection.

Current document status

Before quotation, obtain the exact full model and suffix, current datasheet and manual, destination certificate/model schedule, approved grid profile, PV string schedule, AC collection and protection design, AFCI/PID/SPD option status, connector and monitoring hardware, firmware, warranty, packing and written substitution rules.

Current family evidence

Preserve the member, DC-input and AC-voltage boundaries

The official tables define a family, not one interchangeable column.

Released model columns

MAC 50KTL3-X LV/MV, MAC 60KTL3-X LV/MV and MAC 70KTL3-X MV

PV and MPPT architecture

1100 V maximum, three MPPTs and 200-1000 V operation; LV uses 600 V nominal DC and MV uses 700 V, with 39 or 52 A tracker allocations by member

AC interconnection route

LV columns use 230/400 V with neutral; MV columns use 277/480 V without neutral, covering 50/60/70 kW rated output

Protection and physical record

Type II DC/AC surge protection is listed; the current table does not establish AFCI or every external protection item. IP65; 52 kg

commercial PV inverter RFQ inputs

Six checks before fixing the inverter member and BOM

Array, AC collection, options and destination evidence must map to the same released model.

Full model and destination

State the complete model/suffix, quantity, country, utility, service voltage/frequency, export or PPC rule and required grid-code, safety and EMC evidence.

PV string and MPPT schedule

Provide module Voc/Vmp/Isc/Imp, temperature coefficients, strings per tracker and orientation; verify cold Voc, operating voltage, tracker current, short-circuit allowance and connector/cable ratings.

AC collection and grid

Define inverter AC voltage, conductor/busbar, breaker or switchgear, transformer where applicable, grounding, fault level, voltage drop, reactive-power duty and point-of-connection limit.

Protection and ordering options

Freeze DC switch, SPD, AFCI, anti-PID, night SVG or other options by exact ordering code. A source row marked optional or variant-specific is not standard equipment for every member.

Monitoring and plant control

Confirm RS485/USB, Wi-Fi/LAN/4G/RF/PLC hardware, logger or ShineMaster/SEM route, meter/PPC/export control, communications-loss behavior, firmware and account ownership.

Documents and commercial control

Request current datasheet/manual, certificate model list, SLD and settings, warranty, packing, serial traceability, accessories, lead time and written approval for any substitution.

Family, option and performance boundaries

Do not move family maxima or certificate coverage between columns

The exact member, voltage route, firmware, array and destination documents remain controlling.

Variant tables remain separate

LV and MV are different DC-nominal, AC-voltage and conductor/neutral routes. Select the full suffix before designing transformer, switchgear or cable collection.

Maximum efficiency is not yield

98.8% maximum This is a datasheet maximum, not an annual-energy or every-operating-point guarantee; model, loading, temperature, clipping, wiring and availability affect yield.

Optional protection needs an order code

Type II DC/AC surge protection is listed; the current table does not establish AFCI or every external protection item. Confirm factory option, external devices, settings, applicable manual and destination design instead of relying on a family headline.

Certificates do not transfer automatically

A downloads list may span members, suffixes and countries. Require the ordered full model on the current certificate schedule and use the destination grid settings and commissioning record.

Continue the commercial PV review

Connect the exact inverter to the project design and controlled BOM

Use the solution and BOM guides to coordinate electrical interfaces, documents and responsibility boundaries.

Growatt MAC 50-70KTL3-X LV and MV Commercial Inverters FAQ

Questions to close before releasing the inverter order

One exact member and one matching evidence set should support the quotation.

Which model columns are covered by the verified source?

MAC 50KTL3-X LV/MV, MAC 60KTL3-X LV/MV and MAC 70KTL3-X MV

Can one PV string design be used across the whole family?

No. 1100 V maximum, three MPPTs and 200-1000 V operation; LV uses 600 V nominal DC and MV uses 700 V, with 39 or 52 A tracker allocations by member Check the exact member's tracker/string allocation, voltage and current against the selected module and site temperature.

Are AFCI, PID and other protection functions standard on every member?

Do not assume that. Type II DC/AC surge protection is listed; the current table does not establish AFCI or every external protection item. Confirm the complete ordering code, external protection design, manual and destination requirements.

What should the RFQ freeze?

Freeze full model/suffix, PV strings, AC voltage and collection, transformer/grid interface, protection/options, monitoring/PPC, certificate set, firmware, warranty, accessories and quantity.

Prepare an exact Growatt MAC 50-70KTL3-X LV and MV Commercial Inverters RFQ

Send the full member and suffix, module/string schedule, AC and grid design, protection/options, monitoring/control, destination documents, accessories and quantity.

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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