Fronius GEN24 Plus: The hybrid solar inverter for total energy autonomy
With a power class from 3.0 to 6.0 kW, Fronius Primo GEN24 Plus is the ideal hybrid inverter for domestic use. Thanks to a wide range of standard functions, the single-phase device covers all customer needs.
The GEN24 Plus leaves nothing to be desired, with features such as energy management functions, standard connection via WLAN and Ethernet, or ultra-simple integration of third-party components. In particular, it guarantees the highest degree of power supply security, thanks to the PV point - an integrated socket with emergency power supply - and the complete back-up solution in the event of a power failure.
It features a compact, lightweight design, an active cooling concept and quick, easy installation and commissioning. What's more, its after-sales service concept, which enables individual parts replacement, facilitates repairs, thus contributing to sustainability.
THE UPS WITH FLEXIBLE BACKUP POWER OPTIONS
PV POINT
The standard integrated emergency power supply is a power outlet that supplies electricity in the event of a power failure. It can power loads up to 3 kW. The PV Point is our low-cost emergency power solution.
- automatic, direct activation in the event of a grid failure
- no costly additional installation work required
- supplies the household with single-phase loads of up to 3 kW
FULL BACKUP
The advanced backup power solution* (Full Backup) works in conjunction with an energy storage system and supplies single-phase and three-phase loads, such as an electric stove or heat pump, as soon as sufficient energy is available.
- powers the entire household (even three-phase loads)
- automatic switchover to emergency power in the event of mains failure
- efficient, smooth energy flow thanks to Multi Flow technology, even with emergency power.
*The Full Backup option is available with Symo GEN24 Plus 6-10 kW and Primo GEN24 Plus 3-6 kW.
ACTIVE COOLING
Thanks to active cooling, the Fronius GEN24 Plus offers greater design and installation flexibility right from the planning stage. Operating costs are lower thanks to reduced or non-existent maintenance. But above all, it's the longer service life and higher efficiency thanks to better performance that speak in favor of the active cooling system:
- longer service life
- higher efficiency
- lower maintenance costs
- simple, flexible installation
- flexibility in system design
BEST-IN-CLASS SERVICE
- Simple installation and service
Saves time and money thanks to quick-release screws, spring-loaded push-in terminals and a sophisticated wall-mounting system .
- Commissioning: Fronius Solar.start
Quick and easy commissioning via your own smartphone or tablet in just three steps.
- Upgrades possible at any time
Clear interfaces make it easy to integrate third-party components such as home automation systems.
- Intelligent monitoring with Solar.web
Quickly and easily monitor, analyze and compare different photovoltaic systems on your smartphone, tablet or laptop. Solar.web helps you provide your customers with the best possible service.
WHY CHOOSE FRONIUS GEN24 PLUS
Optimizing self-consumption
- Integrated energy management functions and open interfaces
- Excess PV energy is used in the best possible way - enabling a high rate of self-consumption
Savings
- System data for further optimization visible at all times
- Integrated features: backup power supply, system and energy analysis tool, integrated Dynamic Peak Manager, energy management function, SuperFlex Design, etc.
Open interfaces
- Enables easy integration of third-party components such as heat pumps or Smart Home systems.
- Modbus RTU/ATCP Sunspec, Sola PLC, digital IOs, LAN/WLAN
Active cooling
- Extends inverter lifetime
- Smooth design and easy installation
- Helps optimize yield
Multi-Flux technology
- Enables simultaneous energy flows in all directions, as well as AC, DC and AC & DC coupling of the battery storage system
- High self-consumption rate and system flexibility
PV point
- Integrated battery backup function
- No need for energy storage systems or costly additional installations
- Supply of single-phase loads in the home
Emergency mode function
- Backup mode option available with and without battery
- Basic standby mode (Point PV) integrated as standard
- Full back-up mode option offers maximum independence
Simple installation
- Quick-release screws, plug-in spring terminals, simple wall-mounting system
- Simple installation and commissioning
- Easy commissioning via app on smartphone or tablet
Features
| INPUT DATA | PRIMO GEN24 3.0 PLUS | PRIMO GEN24 3.6 PLUS | PRIMO GEN24 4.0 PLUS | PRIMO GEN24 4.6 PLUS | PRIMO GEN24 5.0 PLUS |
| Max. input current (Idc max MPPT1 / MPPT2) | 22 A / 12 A |
| Max. short circuit current |
| short circuit (MPPT1/MPPT2) | 33 A / 18 A |
| DC input voltage range (Udc min - Udc max) | 65 V - 600 V |
| Nominal input voltage (Udc,r) | 400 V |
| Injection start voltage (Udc start) | 80 V |
| Usable MPP voltage range | 65 V - 530 V | 65 V - 480 V |
| Number of DC connections (MPPT1 / MPPT2) |
| / 2 |
| Max. | PV generator peak power (Pdc max) | .5 kWpeak | .5 kWpeak | .0 kWpeak | .9 kWpeak | .5 kWpeak | .0 kWpeak |
Nominal AC output power (Pac,r) |
| ,000 W |
| ,680 W |
| ,000 W |
| ,600 W |
| ,000 W |
| ,000 W |
| ,000 |
| VA |
| ,680 VA |
| ,000 VA |
| ,600 VA |
| ,000 VA |
| ,000 VA |
| 19.40 A | 23.70 A | 25.80 A | 27.50 A | 27.50 A | 27,50A |
| Mains connection (voltage range) |
| 220 V / 230 V (+ 20% / - 30%) |
| Frequency (frequency range) | 50 Hz / 60 Hz (45 Hz - 65 Hz) |
| Rate of harmonic distortion | < 3.5 % |
| Power factor (cos φ ac,r) |
| .8 - 1 ind. / cap. |
| Emergency power supply |
| 220 V / 230 V |
| PV POINT / FULL EMERGENCY MODE OUTPUT |
| Nominal output power. | PV Point / full emergency mode | ,000 VA / 3,000 VA | ,000 VA / 3,600 VA | ,000 VA / 4,000 VA | ,000 VA / 4,600 VA | ,000 VA / 5,000 VA |
| Grid connection (voltage range) PV Point |
| ~ NPE 220 V / 230 V |
| Grid connection (voltage range) full emergency mode |
| ~ NPE 220 V / 230 V |
| Switchover time | < |
| 40 seconds |
| Max. input current. |
| (Idc max) | 22 A |
| DC input voltage range (Udc min - Udc max) | 150 V - 455 V |
| Max. input/output power 1) |
| ,170 W |
| ,890 W |
| ,230 W |
| ,860 W |
| ,290 W |
| ,340 W |
| Max. AC load power |
| ,000 |
| W |
| ,680 W |
| ,000 W |
| ,600 W |
| ,000 W |
| ,000 W |
| Dimensions (height x width x depth) |
| x 474 x 164 mm |
| Weight (inverter / with packaging) | 16.6 / 19. |
| kg |
| Degree of protection | IP 66 |
| Overvoltage category (DC/AC) 2) |
| Inverter design | Without |
| transformer |
| Cooling | Regulated air cooling |
| Installation | Indoor and outdoor installation |
| Ambient temperature range | 40 - |
| +60 °C |
| Permissible humidity |
| - 100% |
| DC connection technology |
| DC+ and 4 DC plug-in spring terminals 2.5 - 10 mm² |
| DC battery connection technology |
| BATT+ and 1 BATT plug-in spring terminals 2.5 - 10 mm² |
| AC connection technology | 3-pole AC plug-in spring terminals 2.5 - 10 mm² - 5 PE screw terminals 2.5 - 16 mm² |
| Certificates and standards compliance | IEC 62109, IEC 62909, AS/NZS 4777. |
2
| , IEC 0-21, ABNT BNR 16149 und 16150, IEC 62116, IEC 61727 4) |
| PV Point or full emergency mode |
| Compatible batteries | BYD Battery-Box Premium HVS/HVM 3) |
