Native Integration with the Full Deye Product Line via Inowattio
Inowattio adds native support for Deye SUN hybrids, enabling sub-second telemetry, closed-loop P/Q control, battery-smart dispatch, dynamic zero-export, and EPS/backup—across single-phase homes and multi-inverter three-phase C&I sites.
Inowattio now connects natively to Deye’s lineup, bringing residential and C&I sites into one control plane. Monitor performance in real time, drive power setpoints, coordinate batteries, and prepare assets for grid-service programs—from compact single-phase systems to multi-inverter three-phase plants.
What this integration enables
High-rate telemetry & closed-loop control: sub-second data capture with deterministic setpoints for active power (P), reactive power (Q), power factor (cos φ), and export caps—per device or across fleets.
Battery-smart dispatch: orchestrate charge/discharge on Deye hybrids to maximize self-consumption, shift TOU tariffs, or deliver flexibility to balancing markets. Three-phase ranges support high power density and unbalanced output, suitable for mixed loads.
Grid-services readiness: IEC-104 command intake, MQTT to edge devices, predictable aggregation, and audit-quality reporting aligned with TSO/DSO workflows.
Zero-export & curtailment: dynamic export limitation and PV clipping for DSO compliance using meter feedback and inverter controls.
Resilience & continuity: fast transfer to backup/EPS on supported models, with integration into Inowattio’s load-shedding and priority-load rules.
Supported Deye models (by segment)
Availability and naming can vary by region; below are core families from Deye documentation and datasheets.
Residential — single-phase hybrids (SG04LP1-EU)
SUN-3/3.6/5/6K-SG04LP1-EU
Residential / Small C&I — three-phase hybrids (SG04LP3-EU / SG05LP3-EU-SM2)
SUN-5/6/8/10/12K-SG04LP3-EU and SUN-3/4/5/6/8/10/12K-SG05LP3-EU-SM2
C&I string — three-phase (G03)
SUN-30/33/35/40/45/50/60K-G03
Typical use cases
Prosumers & energy communities: adaptive zero-export, TOU optimization, battery arbitrage.
C&I plants: demand-charge reduction, peak shaving, P/Q tuning for grid-code compliance, and participation in flexibility services.
IPP / Utility portfolios: string-level reliability with centralized dispatch and compliance-ready reporting.
Get started
Whether you operate a 5 kW rooftop or a 5 MW portfolio, Inowattio now gives you control, reporting, and grid-service participation.
→ Book a technical onboarding to map your Huawei invertor into Inowattio and enable secure, real-time dispatch.
Your inverter isn’t listed or you need industrial integration?
We routinely add new device models and connect to industrial systems (IEC-104/61850, Modbus/RS-485, MQTT, OPC UA, SCADA/DCS). Tell us your setup and grid-code requirements by filling out the form—we’ll scope a safe, compliant integration.
See All Posts
April 24, 2026 | 3 minutes readingEnergy communities in Italy (Tuscany): a functional model, still early in operational maturity
Energy communities in Italy, particularly in the Tuscany region, are already implemented and operational, but in a simplified form compared to how the model is often described at EU level. The focus is on speed: rapid formation, clear incentives, and strong local engagement.
Field data shows these communities are still operating mainly as local optimization structures, without real market integration. The difference compared to Romania is not just about timing, but about system architecture.
March 6, 2026 | 1 minutes readingEnergy Communities Become Reality in Romania After ANRE Decision
ANRE takes a major step toward decentralizing Romania’s energy system. The new proposed regulations create, for the first time, a real framework for the emergence of energy communities and local energy markets.
February 12, 2026 | 7 minutes readingIndustrial Renewable Integration Made Simple
Romania’s industry is entering a new energy era. INOWATTIO’s hybrid SCADA–IoT platform connects solar panels, batteries, and industrial consumption into one intelligent system that cuts costs, enhances control, and enables participation in the balancing market. A new standard for efficiency, resilience, and sustainable energy management.
The distributed grid network that enables households sell their surplus energy in the terms they want and virtualize their infrastructure.