Three-phase home energy inverter solution
DCDC Home Energy Storage Inverter Solution
A 12kW and 25kW three-phase inverter solution with DC-DC battery optimization, high-voltage battery integration, PV and generator input, and intelligent energy management for residential solar and backup projects.
Power options: 12kW / 25kW three-phase
Integrated Three-Phase Home Energy Inverter Solution
We provide the DCDC platform when you need coordinated control of PV, grid, generator and high-voltage battery resources. Instead of treating the inverter and battery as unrelated products, we help you configure them as one integrated solar-plus-storage system for your market and application. We confirm final sizing, inverter-battery compatibility, communication, protection settings and market-specific compliance documentation before quotation and production.
System Advantages
We combine flexible high-voltage battery integration, strong three-phase inverter output and intelligent charge-discharge control in one coordinated system.
DC-DC Optimization
Our built-in optimizer helps the connected battery modules charge and discharge effectively within the designed high-voltage architecture.
PV, Grid and Generator
We support complete home energy system planning with PV input, grid connection and generator-side AC input.
Flexible Battery Integration
We support 8-48kWh stackable battery capacity to help you configure the system for different residential project sizes.
Technical Specifications
Use these figures for first-round system evaluation. We confirm the final inverter and battery configuration with you according to local grid rules, loads, PV design and backup requirements.
| Inverter power | 12kW / 25kW |
|---|---|
| Maximum PV input power | 19.2kW / 40kW |
| PV input voltage | Up to 1000V; working range 150-950V |
| MPPT channels | 3 / 4 |
| Grid output | 3/N/PE; 220/380V, 230/400V or 240/415V; 50/60Hz |
| Maximum efficiency | 98.3% BUS to Grid |
| Battery voltage range | 600-900V |
| Compatible battery capacity | 8-48kWh stackable configuration |
| Switching time | 5ms for DCDC optimizer |
| Communication | CAN / RS485; EMS, BMS and WiFi by system design |
| Protection | IP65 with complete system design |
| Operating altitude | Up to 4000m |
Where DCDC Fits Best
This page helps you move toward a technical discussion instead of a simple product comparison.
Three-Phase Residential Storage
For homes and villas that need stronger output and cleaner three-phase system design.
Weak-Grid and Backup Markets
For markets where grid quality, outages or generator integration are important buying factors.
Installer Solution Packages
If you need battery, inverter, system design and after-sales logic in one cooperation path.
Prepare a DCDC system for your market
Tell us the target country, PV size, backup loads, grid type, battery range and generator requirement. We will help confirm the right system direction.
Solution FAQ
What power options are available?
We provide 12kW and 25kW three-phase inverter options for the DCDC home energy storage inverter solution.
Does it support generator input?
Yes. We can include generator-side AC input in the system design according to your backup power requirements.
Is this a standalone battery?
No. We provide DCDC as an integrated solar-plus-storage solution that coordinates the inverter, compatible battery system and energy management.
What information should I send for design support?
Send us your target market, grid type, PV size, backup loads, battery capacity range, generator needs and certification requirements. Standard models support prompt initial supply. Volume orders are produced against confirmed specifications, with a typical lead time of 15-45 days depending on model, quantity, customization, documentation requirements and destination. Final configuration, MOQ, delivery and warranty terms are confirmed in the quotation.