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Hybrid inverters.

Review the site supply, operating mode, load profile and battery pairing. Confirm the exact model and supported configuration before ordering.

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Concept illustration · not a model specification

Concept visualization · confirm actual model with our team

ENGINEER THE CONNECTIONS

The connection between generation, storage and loads.

Review supply arrangement, operating mode, battery communication and monitoring as one integration conversation.

Agree monitoring access, communications and the information your team needs.

Review your brief →

Prepare for a useful quotation.

01 Site supply arrangement and intended operating modes

02 Existing battery or solar equipment model references

03 Load list, including motors and priority circuits

Selection & integration guides

single phase inverter selection ↗three phase inverter selection ↗inverter battery compatibility ↗inverter monitoring interfaces ↗

Overview Configuration Documents Selection guides

Define the fit.
Then choose the model.

Phase arrangement

Review against the selected model and project requirements.

Operating modes

Review against the selected model and project requirements.

Battery pairing

Review against the selected model and project requirements.

Communication

Review against the selected model and project requirements.

FROM THE SUPPLIED PRODUCT CATALOGUE

Explore equipment in this family.

PCS & inverters

Supports unbalanced three-phase loads and power-quality management.

Rated / maximum AC power: 100 / 110 kW

PCS & inverters

Independent cooling ducts for high-voltage battery systems and multi-unit configurations.

Rated AC power: 186 kW / 215 kW

PCS & inverters

High-voltage battery interface with three-phase output and remote monitoring.

Rated AC power: 10 kW / 12 kW / 15 kW

PCS & inverters

For off-grid and backup systems: 4 kW uses a 24 V battery, while 6/12 kW use 48 V.

Rated off-grid power: 4 kW / 6 kW / 12 kW

Explore the pretty storage product range. Model references identify the technical configurations; availability, branding and OEM / ODM scope are confirmed in the offer.

MODEL DATA, IN CONTEXT

Compare the specifications.

Complete product tables, including the source’s qualifications and missing values.

100 kW liquid-cooled PCSCatalogue pp. 34–35 · 1 listed references

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The series and source pages are included in your brief. You can shortlist up to 15 references.

Review your project brief →

Catalogue pp. 34–35 · Original model references retained. Confirm the configuration in the written technical offer.

SOURCE PAGE 34

100 kW liquid-cooled PCS · Model comparison
Specification	HLY-1000-M-04/100-SKWN
Rated / maximum AC power	100 / 110 kW
Maximum DC power	110 kW
Maximum DC voltage	1,000 V
DC voltage range	680–1,000 V
Maximum DC current	162 A
Rated / maximum AC current	152 / 167 A
AC voltage	380 V
Grid voltage range	323–418 V
AC wiring	Three-phase four-wire, transformerless
Reactive power	−100 to +100 kvar

Figures apply to the listed models. Options, operating conditions and supply scope are defined in the technical agreement.

SOURCE PAGE 35

100 kW liquid-cooled PCS · Model comparison
Specification	HLY-1000-M-04/100-SKWN
Rated frequency / tolerance	50 Hz / ±5 Hz
Charge/discharge transition	<20 ms
Off-grid output	380 V / 100 kW / 50 Hz
Maximum efficiency	98.5%
Overload	1.1× continuous @45°C; 1.2× 1 min; 1.3× 1 s
Cable entry	Top DC entry; front AC exit
Ambient temperature	−30–60°C; derate above 50°C
Relative humidity	0–100% RH
Altitude	4,000 m; derate above 2,000 m
Noise	≤75 dB @1 m, full load
Dimensions W×D×H	250 × 750 × 680 mm
Weight	85 kg
Protection / cooling	IP65 / water cooling
Communication interfaces	RS485 / Ethernet / EtherCAT / CAN
Protocols	Modbus RTU / TCP / CAN2.0B / IEC61850

Figures apply to the listed models. Options, operating conditions and supply scope are defined in the technical agreement.

“To confirm” and source limitations are retained. Listed ratings do not establish compatibility, local approval or a warranty for an unspecified configuration.

186 / 215 kW string PCSCatalogue pp. 36–38 · 2 listed references

Select a reference for your enquiry

The series and source pages are included in your brief. You can shortlist up to 15 references.

Review your project brief →

Catalogue pp. 36–38 · Original model references retained. Confirm the configuration in the written technical offer.

SOURCE PAGE 36

186 / 215 kW string PCS · Model comparison
Specification	HLY-600-07-186	HLY-600-07-215
Rated AC power	186 kW	215 kW
Maximum AC power	205 kW	237 kW
Maximum DC power	209 kW	241 kW
Maximum DC current	199 A	230 A
Maximum / operating DC voltage	1,500 V / 1,000–1,500 V
Rated / maximum AC current	156 / 172 A	180 / 198 A
Reactive power	±196 kvar	±226 kvar
AC wiring / isolation	Three-phase three-wire, non-isolated
Rated / operating grid voltage	690 V / 621–759 V
Rated frequency / tolerance	50 Hz / ±5 Hz

Figures apply to the listed models. Options, operating conditions and supply scope are defined in the technical agreement.

SOURCE PAGE 37

186 / 215 kW string PCS · Model comparison
Specification	HLY-600-07-186	HLY-600-07-215
Power factor	−1 to +1
Charge/discharge transition	<30 ms
Off-grid voltage	690 V, configurable
Off-grid voltage deviation	<1% Un, balanced linear load
Voltage unbalance	<2%, 4% transient
Off-grid THDu	<3%, linear load
DC component	<0.1% Un
Maximum efficiency	99%
Overload	1.1× continuous @45°C; 1.2× >1 min
Ambient temperature	−40–60°C; derate above 50°C
Relative humidity	0–100%
Altitude	5,000 m; derate above 4,000 m
Noise	<75 dB
Dimensions W×D×H	275 × 640 × 840 mm
Weight	<100 kg

Figures apply to the listed models. Options, operating conditions and supply scope are defined in the technical agreement.

SOURCE PAGE 38

186 / 215 kW string PCS · Model comparison
Specification	HLY-600-07-186	HLY-600-07-215
Protection / cooling	IP66 / smart air cooling
Cable entry	Bottom
Interfaces	RS485 / CAN / Ethernet / DIO
Display	LED
Protocols	Modbus RTU / CAN2.0B / EtherCAT

Figures apply to the listed models. Options, operating conditions and supply scope are defined in the technical agreement.

“To confirm” and source limitations are retained. Listed ratings do not establish compatibility, local approval or a warranty for an unspecified configuration.

Three-phase HV hybrid invertersCatalogue pp. 39–41 · 3 listed references

Select a reference for your enquiry

The series and source pages are included in your brief. You can shortlist up to 15 references.

Review your project brief →

Catalogue pp. 39–41 · Original model references retained. Confirm the configuration in the written technical offer.

SOURCE PAGE 39

Three-phase HV hybrid inverters · Model comparison
Specification	HLY-10KH3	HLY-12KH3	HLY-15KH3
Rated AC power	10 kW	12 kW	15 kW
Rated AC current	14.5 A	17.4 A	21.7 A
Instantaneous peak output	11 kVA	13.2 kVA	16.5 kVA
Recommended max PV power (source)	22.8 kW
Maximum PV voltage	1,000 V
MPPT range / start voltage	200–850 V / 200 V
MPPT trackers / strings	2 / 1+2
MPPT max / short-circuit current	15+30 A / 19.5+40 A
AC voltage / wiring	400 V / L1,L2,L3,N,PE
Frequency	50 / 60 Hz

The source appears to mislabel 99.9% and 98% efficiency fields; values are not silently reassigned. Warranty is contractual.

SOURCE PAGE 40

Three-phase HV hybrid inverters · Model comparison
Specification	HLY-10KH3	HLY-12KH3	HLY-15KH3
THDi	<3%
Power factor (source)	−0.8 to +0.8
Battery type	Lead-acid / LFP
Battery voltage range / nominal	160–800 V / 400 V
Maximum battery charge/discharg e	50 A
Battery communication	RS485 / CAN
Transfer time	<10 ms
European efficiency	97.5%
Battery charge/discharge efficiency	97%
Peak / MPPT efficiency	Source labels misaligned; to confirm
Protection	PV/battery reverse polarity, short circuit, overvoltage, insulation, leakage, anti-islanding
Surge protection	PV Type III / AC Type III
Protection	IP65
Temperature / humidity	−20–60°C / 10–90% RH
Mounting / cooling	Wall mount / smart cooling

The source appears to mislabel 99.9% and 98% efficiency fields; values are not silently reassigned. Warranty is contractual.

SOURCE PAGE 41

Three-phase HV hybrid inverters · Model comparison
Specification	HLY-10KH3	HLY-12KH3	HLY-15KH3
Communication / display	Wi-Fi / RS485 / CAN / GPRS; LCD / APP
Dimensions L×W×H	480 × 425 × 202 mm
Net weight	25 kg	26 kg	27 kg
Package dimensions	637 × 545 × 326 mm
Gross weight	29 kg	30 kg	31 kg

The source appears to mislabel 99.9% and 98% efficiency fields; values are not silently reassigned. Warranty is contractual.

“To confirm” and source limitations are retained. Listed ratings do not establish compatibility, local approval or a warranty for an unspecified configuration.

Single-phase off-grid invertersCatalogue pp. 42–44 · 3 listed references

Select a reference for your enquiry

The series and source pages are included in your brief. You can shortlist up to 15 references.

Review your project brief →

Catalogue pp. 42–44 · Original model references retained. Confirm the configuration in the written technical offer.

SOURCE PAGE 42

Single-phase off-grid inverters · Model comparison
Specification	HLY-4K-SF EU	HLY-6K-SF EU	HLY-12K-SF EU
Rated off-grid power	4 kW	6 kW	12 kW
Rated output current	18.2 A	27.3 A	54.5 A
Peak output for 5 s	8 kVA	12 kVA	24 kVA
Recommended max PV power	4 kW	6 kW	12 kW
Maximum PV voltage	500 V
MPPT range	85–450 V
PV start voltage	85 V	75 V	75 V
MPPT trackers	1	1	2
Strings per MPPT	1
MPPT maximum current	15 A	27 A	27 / 27 A

The source MPPT field contains a percentage; presented as efficiency. Confirm warranty and battery compatibility.

SOURCE PAGE 43

Single-phase off-grid inverters · Model comparison
Specification	HLY-4K-SF EU	HLY-6K-SF EU	HLY-12K-SF EU
MPPT short-circuit current	18 A	35 A	35 / 35 A
Maximum AC input power	5 kW	11.5 kW	16 kW
Maximum AC input current	28 A	50 A	90 A
AC voltage / frequency	220 / 230 / 240 V; 50 / 60 Hz
AC input range	UPS:170–280 V; load mode:90–280 V
Battery type	LFP / lead-acid
Battery range / nominal voltage	20–30 / 24 V DC	40–60 / 48 V DC	40–60 / 48 V DC
Maximum charge / discharge current	120 / 160 A	120 / 130 A	210 / 230 A
Battery communication	RS485
Parallel operation	Not supported	Up to 12 units	Up to 12 units
THDi (linear load)	<3%
Transfer time	UPS:10 ms; load mode:20 ms
Peak efficiency	95%	98%	98%
MPPT efficiency (source)	99.9%
Standby consumption	<10 W	<10 W	<20 W
Protection	IP54
Temperature / humidity	−10–55°C / 5–95% RH

The source MPPT field contains a percentage; presented as efficiency. Confirm warranty and battery compatibility.

SOURCE PAGE 44

Single-phase off-grid inverters · Model comparison
Specification	HLY-4K-SF EU	HLY-6K-SF EU	HLY-12K-SF EU
Altitude	Derate above 2,000 m
Mounting / cooling	Wall mount / air cooling
Communication / display	RS232 / RS485 / dry contact / Wi-Fi; LCD
Dimensions L×W×H (mm)	444.7×346.6×120	444.7×346.6×120	630×525×125
Net weight	9.2 kg	12.4 kg	28.5 kg
Package dimensions (mm)	560×465×240	560×465×240	745×650×240
Gross weight	11.4 kg	14.6 kg	32 kg

The source MPPT field contains a percentage; presented as efficiency. Confirm warranty and battery compatibility.

“To confirm” and source limitations are retained. Listed ratings do not establish compatibility, local approval or a warranty for an unspecified configuration.

Review the right documents.

Datasheets and applicable certificates must match your selected model.

Request documentation

BEFORE WE TALK

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Clearer decisions.

FACTORY TO YOUR PROJECT

Ready to define your system?

Home and factory paths meet in one project brief, then continue on WhatsApp.

WhatsApp +86 182 0104 2779

Bring your requirements. We’ll help connect the details.

Build your project brief →Talk directly on WhatsApp

Contact opens the project planner; WhatsApp can carry your prepared brief.

Hybrid inverters.

The connection between generation, storage and loads.

Prepare for a useful quotation.

Selection & integration guides

Define the fit.Then choose the model.

Phase arrangement

Operating modes

Battery pairing

Communication

Explore equipment in this family.

100 kW liquid-cooled PCS

186 / 215 kW string PCS

Three-phase HV hybrid inverters

Single-phase off-grid inverters

Compare the specifications.

Select a reference for your enquiry

Select a reference for your enquiry

Select a reference for your enquiry

Select a reference for your enquiry

Review the right documents.

Explore selection guides.

Single-phase inverter selection

Three-phase inverter selection

Inverter battery compatibility

Inverter monitoring interfaces

Inverter load matching

Good questions.Clearer decisions.

Ready to define your system?

Bring your requirements. We’ll help connect the details.

Define the fit.
Then choose the model.

Good questions.
Clearer decisions.