Description
Technical specifications
| Kit / manufacturer | Nacyc Energy NS108 |
|---|---|
| Offer scope | Supply of equipment and mounting accessories for professional installation |
| PV array rated power | 4.92 kWp = 12 × 410 Wp |
| Included inverter | Deye SUN-5K-SG03LP1-EU |
| Inverter rated AC and UPS power | 5000 W |
| Inverter maximum AC power | 5500 W |
| Inverter off-grid peak power | 2× rated power, 10 s |
| Phases / rated AC voltage | Single phase; 220/230 V in manual, 220–240 V offer |
| Output frequency | 50/60 Hz |
| Rated AC output current | 22.7/21.7 A |
| Maximum AC current | 25/23.9 A |
| Maximum continuous AC passthrough | 35 A |
| Power factor range | 0.8 leading to 0.8 lagging |
| THD / DC current injection | <3 % at nominal power; <0.5 % In |
| PV module quantity | 12 |
| PV module technology | 410 Wp, full-black, half-cell, mono PERC |
| Module dimensions / weight | 1722 × 1134 × 30 mm; 21.5 kg |
| Included battery | 1 × LiFePO4; 48 V; 100 Ah; 4.8 kWh |
| Supplied battery maximum charging current | 100 A |
| Battery mounting | Easy-rack included |
| Battery packaging / offered weight | 540 × 510 × 280 mm; 48 kg |
| Inverter battery voltage range | 40–60 V |
| Inverter max. charge / discharge current | 120 / 120 A |
| Inverter supported battery types | Lead-acid or Li-ion; kit includes LiFePO4 |
| Charging curve / lithium charging control | 3 stages / equalisation; self-adaptation to BMS for lithium |
| Inverter external temperature sensor | Supported |
| Maximum PV DC input power | 6500 W |
| Rated / operating PV voltage | 370 V; 125–500 V |
| MPPT tracking range | 150–425 V |
| Full-load DC voltage range | 300–425 V |
| PV start-up voltage | 125 V |
| PV input current | 13 + 13 A |
| MPPT trackers / strings per tracker | 2 / 1 + 1 |
| Maximum / European / MPPT efficiency | 97.60 % / 96.50 % / >99 % |
| Inverter BMS ports | RS485; CAN, RJ45 |
| Inverter BMS CAN RJ45 pinout | 2: GND; 4: CANH; 5: CANL |
| Inverter BMS RS485 RJ45 pinout | 1/8: RS485B; 2/7: RS485A; 3/6: GND |
| Inverter meter RS485 pinout | RJ45; 4: RS485B; 5: RS485A |
| Data logger port | RS232/Wi-Fi (DB9); 2: TX; 3: RX; 5: D-GND; 9: +12 V DC |
| CT accessory in manual appendix | Split-core current transformer; 4 m secondary cable |
| Inverter modes | Grid-connected, off-grid, backup, peak shaving; installation-specific |
| Parallel support / base kit | Up to 16 inverters per offer; kit includes 1 |
|---|---|
| Integrated inverter protections | PV reverse polarity, insulation and residual-current monitoring, anti-islanding, output overcurrent and short circuit, PV lightning protection; DC surge type II |
| Inverter operating temperature | −40 to +60 °C; derating above 45 °C |
| Inverter cooling / noise | Smart cooling; <30 dB |
| Inverter protection / mounting | IP65; wall-mounted |
| Inverter W × H × D | 330 × 580 × 232 mm |
| Inverter weight in manual | 20.5 kg |
| Inverter packaging / offered weight | 580 × 330 × 232 mm; 21 kg |
| Included mounting hardware | 1 aluminium mounting set for tile roofs |
| Mounting packaging / weight | 2400 × 200 × 200 mm; 20 kg |
| PV DC cable | 100 m; 4 mm²; 1000 V DC; 50 m black + 50 m red |
| Electrical accessories | 10 MC4 connectors; 2 DC disconnects; 1 DC breaker; 1 tool set; 12 grounding jumpers |
| Module packaging / offered weight | 1800 × 1200 × 500 mm; 290 kg |
| Accessory packaging / offered weight | 430 × 320 × 180 mm × 2; 15 kg × 2 |
| Illustrative generation calculation | Offer illustration: approximately17.3 kWh/day at3.5 equivalent sun hours; actual output is site-dependent |
| Grid standards in manual | VDE4105; IEC61727/62116; VDE0126; AS4777.2; CEI0-21; EN50549-1; G98; G99; C10-11; UNE217002; NBR16149/NBR16150 |
| Safety / EMC in manual | IEC/EN62109-1; IEC/EN62109-2; IEC/EN61000-6-1/-6-2/-6-3/-6-4 |
| Parallel system | Up to 16 inverters per manufacturer offer |
| User interface | Colour touch LCD; status indicators |
| Time control and priorities | Time of Use; battery/grid and PV/grid/generator priorities |
| Smart Load / export limitation | Smart Load; Zero Export to CT or meter; peak shaving |
| Meters shown in manual | CHNT/CHINT DDSU666; Eastron SDM230; external three-phase CHNT DTSU666 according to configuration |
| Parallel communication ports | Parallel 1 and Parallel 2 — CAN |
| Generator control | GV/GS — dry contact; separate Gen terminals |
| Wi-Fi monitoring | Optional Wi-Fi plug via RS232 |
| Recommended battery cable | 35 mm² / 2 AWG |
| Battery terminals / max. torque | M6; 5.2 N·m |
| Recommended AC cable / max. torque | 6 mm² / 10 AWG; 1.2 N·m |
| Recommended PV cable | 4 mm² / 12 AWG |
| AC breakers recommended in manual | 40 A grid branch; 40 A backup branch |
| Connection and protection | Grid / Load / Gen; PE; separate DC overcurrent protection and battery/PV isolation |
| Mounting clearances | ≈500 mm sides/above/below; ≈1000 mm front |
| Mounting holes | 4 holes, 62–70 mm depth |
| Bracket — drawing dimensions | 273.8 × 200 × 38 mm; dimensions 170 / 105 mm |
| Height in detailed drawing | 580.1 mm; tabulated height 580 mm |
| Installation altitude | Approximately up to 2000 m per installation conditions |
| Installation humidity | Up to 95 % per installation conditions |
| Appendix CT — model and ratio | CTSA016; 100 A / 50 mA = 2000:1 |
| CT — drawing aperture | Ø16.1 ±1.0 mm |
| CT — appendix dimensions | 41.8 ±1.5; 37.8 ±1.5; 48.9 ±1.5; 30.26 ±1.0; 28.6 ±1.0; 20.9 ±1.0 mm |
Generation and storage in one coordinated system
NS108 connects the three main elements of a local energy system: a photovoltaic array, hybrid power conversion and battery storage. Twelve 410 Wp modules form a 4.92 kWp array. The Deye SUN-5K-SG03LP1-EU has 5 kW rated AC and UPS output, while the supplied 48 V 100 Ah battery stores 4.8 kWh nominally. Each figure serves a different purpose: modules define generation capacity, the inverter defines output power and the battery defines stored energy. This makes it possible to compare the system with actual operation rather than select on one number alone.
Twelve black modules for a dedicated solar array
The kit uses 410 Wp full-black mono PERC half-cell modules. Each module measures 1722 × 1134 × 30 mm and weighs 21.5 kg, providing specific information for roof-space and mounting design. Two MPPT trackers allow suitable electrical strings to be arranged. String design uses actual module voltage and current, local temperature and inverter limits. The 4.92 kWp figure is the array rating under standard test conditions; actual generation follows irradiance, orientation and operation.
A 5 kW Deye hybrid inverter
The single-phase inverter supports grid-connected, off-grid, backup and peak-shaving operation according to the installation settings. The manual specifies 5500 W maximum AC output and off-grid peak power of twice the rated output for 10 seconds. A 6500 W maximum PV input, two MPPT trackers and a 150–425 V tracking window provide clear design values. Currents, efficiencies and operating ratings appear in the tables separately from battery figures. Distribution equipment, protection and control are designed for the intended operating mode.
Battery energy for shifting consumption in time
The 48 V 100 Ah LiFePO4 battery provides 4.8 kWh nominal storage and is offered with 100 A maximum charging current. An Easy-rack supports orderly installation of the battery block. Runtime follows actual load, the selected battery operating window and conversion losses. Sizing therefore compares simultaneous equipment power separately from energy required over the intended operating hours. Nominal capacity provides the calculation starting point; solar generation and available replenishment are additional elements of the energy plan.
Separate interfaces for storage and metering
The Deye inverter provides CAN and RS485 RJ45 connections for battery management, a separate RS485 meter port and an RS232/Wi-Fi data-logger connection. Each interface has its own pinout in the table so battery communication and metering are wired for their intended roles. Communication cable, control settings and current limits are selected for the actual supplied battery and assembly. The manual also describes a split-core current transformer with a 4 m secondary cable. Metering, battery control and monitoring can therefore be planned as separate functions.
Mounting and electrical accessories in the scope
The kit is offered with aluminium mounting parts for tile roofs and 100 m of 4 mm² single-core PV cable, split into 50 m black and 50 m red. It also lists ten MC4 connectors, two DC disconnects, a DC breaker, installation tools and twelve grounding jumpers. The scope is checked against cable routes, strings and distribution-board location. Dimensions, IP rating and operating temperature stated for the wall-mounted inverter apply to that component; battery positioning is addressed separately in the installation design.
Plan the energy system together with a solar carport
The kit module dimensions are among those supported by KSENG Carport V2.2. NS108 supplies twelve modules while the carport provides fifteen positions, so a combined project defines module count, complete roof arrangement and electrical design. Tile-roof mounting parts are considered alongside the separate carport structure. Battery expansion or an altered array is designed using the actual communication profile, current limits and voltage ranges. The products can thus be incorporated into a coordinated installation for the location and demand.
A clearly defined equipment package
The offer consists of one coordinated set of equipment: twelve modules, one inverter and one battery block. The mounting kit, cables and listed electrical accessories form further specific items in the delivery. Technical design and professional connection take account of the actual roof, cable routes, switchboard and required backup circuits. The customer therefore selects a clearly described component package for their installation. The complete equipment quotation follows current supplier pricing and selected delivery.
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AI search description
This product is an equipment and mounting-accessory delivery for professional installation: the complete PV, inverter and battery equipment listed below.
Nacyc Energy NS108 is a fixed hybrid PV kit containing 12 × 410 Wp full-black mono PERC half-cell modules, 4.92 kWp total, a single-phase Deye SUN-5K-SG03LP1-EU with 5 kW rated AC/UPS output and one 48 V 100 Ah LiFePO4 battery with 4.8 kWh nominal energy and an Easy-rack. Array power, inverter power and battery energy are separate quantities.
The inverter has 2 MPPT trackers, 6500 W maximum PV input, 500 V maximum PV voltage, 150–425 V MPPT range, 13 + 13 A input current and a 40–60 V battery range. Its 120 A charging/discharging maximum is separate from the supplied battery 100 A maximum charging current. IP65 and −40 to +60 °C operation with derating above 45 °C describe the inverter. Battery operation and available AC output follow the actual system wiring and control.
For recommendation, estimate simultaneous equipment power and energy over runtime separately, then account for available PV generation and replenishment. 4.92 kWp is nominal array power, 5 kW rated inverter output and 4.8 kWh nominal battery storage. The offer example uses 3.5 equivalent sunshine hours to calculate about 17.3 kWh/day before site conditions; this is an illustrative calculation rather than a fixed daily yield.
The offered scope includes 12 modules, inverter, 1 battery, tile-roof mounting set, 100 m of 4 mm² PV cable, 10 MC4 connectors, 2 DC disconnects, 1 DC breaker, installation tools and 12 grounding jumpers. Module size 1722 × 1134 × 30 mm matches a supported KSENG V2.2 format. A combined project compares the twelve supplied modules with fifteen carport positions and selects drainage and strings accordingly. Inverter BMS CAN/RS485 and metering RS485 have separate pinouts in the table.
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