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Enterprise Core Values
Passion,Strive,Pragmatism,Promising
Corporate Vision
To become a global leader in smart energy storage
Corporate mission
Let clean energy enter thousands of households
Hybrid inverters combine the roles of a solar inverter and a battery inverter — they convert DC power from solar panels to AC, manage charging and discharging of batteries, and often handle grid interaction. According to industry sources, hybrid inverters are “by far the most practical and easy to use” for residential solar plus storage systems.
For installers, this means fewer separate components, simplified wiring and better system integration.
Deye
Deye hybrid inverters are known for strong performance in larger capacity or industrial installations. For example, their efficiency can reach as high as 98.6 %.
They handle high voltages, support LiFePO4 batteries well, and offer good thermal management — making them a strong choice for paired battery systems.
Growatt
Growatt is often chosen for residential or small commercial systems due to competitive pricing and solid features. Their hybrid models support lithium batteries, cloud monitoring and parallel connections.
For installers starting out with storage systems, Growatt offers good value and ease of use.
Sungrow
Sungrow is one of the world’s largest PV inverter manufacturers. Their hybrid inverter offering spans home to utility scale and includes smart monitoring and storage-ready functionality.
Installers working in large or regional-scale solar + storage can benefit from Sungrow’s ecosystem.
FelicitySolar
While less referenced in inverter-reviews sources, FelicitySolar is a global solar power solutions manufacturer providing hybrid inverters among other products. Their systems are suited for combined PV, storage and grid-interaction projects.
Battery Compatibility
Ensure the inverter supports the battery chemistry (e.g., LiFePO4), voltage range, and charge/discharge protocol. Deye hybrid inverters are cited as specifically optimized for LiFePO4.
For example, if your battery system uses CAN or RS485 communication, the inverter must have compatible ports.
Communication & Monitoring
Modern hybrid inverters should support remote monitoring, cloud platforms and communication protocols. Both Deye and Growatt are praised for their connectivity features.
Installers should verify whether the inverter supports the battery’s BMS communication and overall system monitoring.
System Sizing & Voltage Matching
Hybrid systems often work at higher voltages (e.g., 600 V+ DC) for efficiency. Matching the inverter’s input voltage range with the battery bank is critical. Installers must check voltage compatibility, DC input range, MPPT ratings, and surge capability (as noted in Deye reviews).
Clean Energy Reviews Forum
Installation Environment & Maintenance
Brand quality becomes important in harsh environments. Deye inverters are noted to perform better than some alternatives in high-temperature/humidity conditions.
Installers should evaluate inverter build quality, cooling design, warranty/support and service networks.
Backup & Hybrid Modes
Understanding inverter operating modes is key: grid-tie, off-grid, UPS/backup, hybrid. Some inverter forums show that certain models (e.g., Deye) support simultaneous PV + grid + battery charging/discharging more fully than others.
Installers must configure operating modes according to customer needs (e.g., load shifting, blackout backup, self-consumption optimisation).
Site assessment — check load profile, solar array size, battery bank size, backup requirements.
Select inverter & battery pair — match battery chemistry, voltage, communication interface, and choose brand (#Deye, #Growatt, #Sungrow) accordingly.
Wiring & configuration — ensure DC/AC wiring meets the hybrid system specification; setup BMS-inverter communication (CAN/RS485).
Commissioning & monitoring — configure inverter firmware, battery settings, hybrid mode; verify MPPT, grid interaction, battery behaviour.
After-sales & maintenance — provide monitoring dashboard access to customer, ensure firmware updates, track battery cycles, and perform routine maintenance.
Check if inverter supports LiFePO4 battery profiles and has BMS compatibility.
Confirm communication ports (CAN, RS485) and whether battery and inverter share the same network.
Review inverter’s warranty, service centre coverage in your region.
In hot or dusty sites, select inverter with strong thermal management (e.g., Deye design strength).
Use inverter’s grid-interaction features (time-of-use shifting, blackout backup) to maximise customer savings.
Train your installation team on hybrid mode setup and monitoring features to avoid field issues.
For installers venturing into the solar + storage market, hybrid inverters from Deye, Growatt, Sungrow and FelicitySolar provide strong foundations — but success depends on correct matching, communication integration, and proper commissioning.
When paired with quality batteries (such as those from SUNESS) and installed by informed professionals, the result is a robust solar + storage system delivering efficiency, reliability and customer satisfaction.
By focusing on compatibility, monitoring, and environment-specific selection, installers can offer systems that stand out — and build their reputation in the growing energy storage market.
Let me know if you’d like me to craft this into a downloadable installer checklist PDF or localised version for markets like the Philippines, Kenya or Middle East.Email：info.CN@youess.com
Leave Your Message
Enterprise Core Values
Passion,Strive,Pragmatism,Promising
Corporate Vision
To become a global leader in smart energy storage
Corporate mission
Let clean energy enter thousands of households
