Hybrid conversion. Storage aware. Grid ready.

Deye Next-generation power conversion for solar, storage and intelligent energy sites

Deye connects hybrid inverters, microinverters, LFP batteries, solar kits and monitoring services into a sharper operating layer for installers, developers and distributed energy teams.

Explore Products View Roadmap
DC80-550 VMPPT design window
AC<3%THD target for grid quality
SOC90% DoDLFP storage planning basis
API24/7Remote monitoring workflow
Power electronics built around field reality

Six ways Deye helps teams move from equipment list to operating asset

1

Hybrid inverter architecture

PV input, battery ports and backup loads are coordinated for residential and light commercial sites that need stable transition behavior.

2

Microinverter granularity

Module-level conversion supports shaded roofs, phased retrofits and installers that need clear AC-side expansion paths.

3

LFP battery pairing

Battery selections reference usable kWh, cycle life, BMS communication and round-trip efficiency rather than vague capacity claims.

4

Remote service signals

Alarm alerts, firmware coordination and fleet dashboards help support teams detect configuration drift before it becomes downtime.

5

Grid-code planning

Commissioning notes distinguish UL, IEEE, CE, VDE and regional requirements so teams can prepare documentation by market.

6

Installer-first workflow

Wiring, earthing, commissioning and monitoring handoff steps are written for site crews, not just laboratory data sheets.

Application intelligence

Deye systems adapt across roof, rack, battery room and EV load

Residential hybrid inverter installation

Residential hybrid solar

Backup loads | TOU optimization | App monitoring
Commercial rooftop solar storage project

C&I storage

Peak shaving | Demand response | Remote service
Microinverters under rooftop modules

Module-level AC

Shaded roofs | Phased expansion
EV charger with solar storage system

EV charging loads

Solar-backed charging | Load orchestration
Remote microgrid solar battery installation

Microgrid developers

PV | Storage | Generator coordination
A conversion roadmap in motion

From inverter hardware to energy intelligence layer

2018

Hybrid inverter platform focus

Deye aligned product development around PV, battery and backup interaction so installers could design fewer separate boxes.

2021

Monitoring as service signal

Fleet visibility became a commissioning and support requirement, connecting alarm history, firmware status and owner-facing energy views.

2024

High-voltage storage pairing

System packages put battery communication, safety documentation and load behavior closer to the inverter selection process.

2026

Grid-forming preparation

Roadmap work emphasizes stronger islanding behavior, V2H/V2G coordination and software-defined operating modes for flexible energy assets.

"
Deye gives our engineering desk a practical bridge between inverter selection, battery communication and long-term monitoring. The value is not only the equipment; it is the way the system keeps the installer, owner and service team reading the same signals.

Technical Director, Regional Solar EPC

UL 1741 SA IEEE 1547 IEC 62109 CE FCC Part 15 ISO 9001
Design the next site with the right conversion layer

Send a one-line system brief and Deye will map the inverter, battery and monitoring questions worth solving first.

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