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Hybrid Inverter

Hybrid Inverters for Solar, Battery Storage and Backup Projects

DTSOLARPOWER supplies hybrid inverter options for distributors, installers, EPC contractors and system integrators. The category includes single-phase, split-phase and three-phase equipment for solar self-consumption, battery charging and supported backup applications. Battery voltage, grid approval and backup functions vary by model.

Compare inverter AC power and phase, PV MPPT limits, battery voltage and BMS protocols before selecting a unit. Send your grid details and backup requirements for a project recommendation.

Get a Product Recommendation Compare Hybrid Inverter Specifications View Inverter Datasheets
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Hybrid Inverter Product Range and Model Comparison

Start with AC phase and battery voltage. Low-voltage residential, high-voltage residential and three-phase commercial inverters serve different system designs.

Listed Model / Series AC Output and Application Battery / PV Interface Product Details
SOFAR PowerAll single-phase series 3–6 kW; integrated residential storage 350–435 V DC battery; 2 MPPT; CAN BMS View 3–6 kW Series →
DT-LS1-PRO single-phase series 6–8 kW; home and small-business storage PV MPPT 60–435 V DC; 2 MPPT; battery model matching required View 6–8 kW Series →
HFP-C hybrid inverter series 4.3–12.3 kW models; indoor wall-mount Battery and MPPT configuration vary; IP20 listed View HFP-C Models →
DT-GEX-1 split-phase hybrid 15 kW rated backup output; 120/240 V / 208 V listing 75–480 V DC battery; 204.8 V nominal; CAN/RS485 View DT-GEX-1 →
DT-T1 three-phase series 29.9–60 kW; commercial and industrial storage 600–1000 V DC battery; 4 MPPT; CAN BMS View 30–60 kW Series →

Specifications vary by series. Confirm the exact submodel, battery requirements and grid approval before ordering.

Key Hybrid Inverter Specifications Buyers Should Compare

Specification Why It Matters Purchase Check
AC rating and phase Sets continuous output capability and connection to single-, split- or three-phase networks Rated kW/kVA, 120/240 V or 230 V or 400 V, 50/60 Hz
PV input and MPPT Determines string voltage limits and suitability for module current and roof orientations Max. Voc, MPPT range, MPPT count, current per tracker
Battery voltage and BMS Avoids mixing low-voltage and high-voltage battery systems Working DC voltage, charge/discharge limits, CAN/RS485 protocol and approved batteries
EPS / backup output Determines which circuits can run when the utility fails Backup kW/kVA, transfer conditions, surge rating and switching arrangement
Grid charging / TOU Controls charging from the grid and scheduled battery dispatch Supported firmware mode, local tariffs and export limitations
Generator / parallel operation May extend backup capability or scale supported systems Generator port, sync logic, permitted parallel count and accessories
Monitoring and protection Affects commissioning, remote operation and installation location EMS/Modbus, local grid codes, required certificates, IP rating and cooling

How to Choose a Hybrid Inverter for Your Project

Residential, Single-Phase

Match a 230 V-class supply, household peak loads, solar strings and a compatible low- or high-voltage battery. Specify dedicated backup circuits if outage power is required.

North American Split-Phase

Confirm 120/240 V or 120/208 V requirements, local utility approval and battery voltage. The DT-GEX-1 listed battery range is 75–480 V DC.

Commercial, Three-Phase

Start with 380/400/415 V supply, essential-load demand, plant controller requirements and an engineered HV battery interface. Check unbalanced-load and generator functions by model.

Hybrid is not the same as off-grid: a PV-only on-grid inverter normally cannot supply loads during a grid outage; an off-grid inverter is selected for independent AC supply. Hybrid backup requires a supported inverter, battery, switching and correctly designed backup circuits.

Battery, PV, Grid and Generator Compatibility

A hybrid installation must match the PV array, battery, grid connection and backup circuits.

Solar PV String voltage and current
Hybrid Inverter MPPT, DC/AC and controls
Battery + BMS Voltage and communication
AC Grid Approval, meter and phase
Backup Loads EPS circuits and transfer

Generator input, grid charging, TOU scheduling and parallel operation depend on the selected model.

Battery Matching

Check the battery’s voltage window, charge/discharge current and supported BMS protocol. A CAN or RS485 port alone does not ensure compatibility. See home battery systems or commercial ESS for storage options.

Grid and Backup Controls

Verify local grid settings, EPS output ratings, transfer equipment and backup load limits for the selected inverter.

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hybrid inverter
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Supplier Support, Technical Documents and Order Scope

DTSOLARPOWER supplies hybrid inverter options for residential and commercial energy projects. Datasheets, warranties and certificates can be reviewed for the selected model.

Technical Evidence

  • Manufacturer datasheet and installation manual for the exact model
  • Battery compatibility or supported BMS protocol documentation
  • Model-covered grid and electrical safety certificates
  • Backup, monitoring and commissioning instructions

Wholesale and Project Delivery

  • Requested quantity, destination and delivery terms
  • Confirmed submodel, accessories and packaging
  • Country-specific labeling and documentation
  • Quoted lead time, warranty holder and after-sales process

Check that each certificate covers the inverter model and grid market required for your project.

Inverter Datasheets → Installation Manuals → Inverter Certificates → Hybrid Solar Systems →

Information to Include in a Hybrid Inverter RFQ

  • Country, project type and local grid standard
  • AC phase, voltage and frequency
  • Required continuous power, peak load and backup circuits
  • PV module count, string Voc and operating current
  • Battery model, voltage range, chemistry and BMS protocol
  • Generator input, grid charging, TOU or parallel requirements
  • Installation environment, IP rating and monitoring preference
  • Order quantity, target delivery and requested documents

Hybrid Inverter Purchasing FAQs

  • Can any hybrid inverter work with a 48 V battery?

    No. Battery voltage ranges differ widely. Check the rated battery voltage, operating window, current limit and supported BMS before selecting an inverter.

  • Will a hybrid inverter power the whole building during a blackout?

    Only if the model and installed backup circuits support that load. Backup kW, starting surge, available battery energy and transfer equipment determine what can run.

  • Can a hybrid inverter charge batteries from the grid at night?

    Many models offer grid charging, but settings, limits and availability vary. Check the charger rating, operating mode and local grid rules for the selected model.

  • Do all hybrid inverters support time-of-use scheduling?

    No. Time-of-use control depends on firmware, meter or EMS support and the model's operating modes. Confirm a suitable schedule can be commissioned.

  • Can I connect a diesel generator to the inverter?

    Selected models provide generator input or approved AC coupling. Verify connection method, permitted generator power and operating sequence before installation.

  • Can hybrid inverters be connected in parallel?

    Some series support parallel operation with compatible firmware and accessories. Confirm the supported unit count and approved electrical architecture.

  • Which certificates and warranties apply to a wholesale order?

    Request the certificates, manufacturer warranty terms and supplier documents for the exact submodel and destination country. Different inverter families do not necessarily share approvals or warranty periods.

Get a Hybrid Inverter Product Recommendation

Share your grid voltage, battery model, required AC power and order quantity for a hybrid inverter recommendation.

 

For technical drawings or supporting documents, contact DTSOLARPOWER.

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