Hybrid inverters
Coordinate compatible solar PV, batteries, grid interaction and supported backup loads across single- and three-phase applications.
Explore the official range
Intelligent solar and storage—from homes to complex commercial sites.
Moebotics Energy assesses Solinteg hybrid inverter, storage and control technologies as one connected system. The recommended architecture is modelled around your loads, tariffs, solar potential, supply, export conditions, operating priorities and carefully defined backup objectives.
Moebotics Energy combines site-specific energy modelling, current technical evidence and thoughtful system design to align Solinteg technology with each customer’s performance priorities.
ONE PUBLISHED GLOBAL PORTFOLIO
Conversion, storage and operating visibility in a coordinated architecture.
Solinteg describes its approach as modular, configurable, reliable and extensible. Moebotics Energy matches those capabilities to the most suitable model, approved configuration and site design.
3–125 kWpublished hybrid-inverter family range across home, light-commercial and C&I applications
5–257.2 kWhpublished integrated-storage configurations across IntegOne Home and Business
5connected product architectures: Integ M, O, R, E and IntegOne
AUAustralian sales presence and manufacturer-listed technical-service pathway
These figures summarise Solinteg’s published global catalogue. For Australian projects, Moebotics Energy selects currently available, compatible and approved configurations suited to the location and application.
SOLINTEG PRODUCT ARCHITECTURE
A coordinated product ecosystem for every energy role.
Each product family has a defined role across conversion, storage, communications and integrated systems. Moebotics Energy brings the right components together as a compatible, connected solution.
On-grid inverters
Deliver efficient solar conversion for grid-connected applications. Where storage or backup is a priority, Moebotics Energy selects the corresponding hybrid architecture.
Explore the official rangeMonitoring and communication
Meters, communication devices and data logging support selected visibility, export control, configuration and plant-level functions.
See R2MD-DuoComEnergy extensions
Published products include residential batteries, EV charging and other energy extensions that Moebotics Energy can integrate through current compatibility guidance.
See the E2BA batteryAll-in-one systems
Integrated home and C&I configurations bring inverter, storage and controls into a coordinated product architecture.
See IntegOne BusinessApplication ecosystems
Solinteg illustrates home, business, EV, retrofit, generator, weak-grid and microgrid scenarios, giving Moebotics Energy a broad toolkit for tailored project design.
Explore business scenarios
RESIDENTIAL + COMMERCIAL HARDWARE
Two system scales, made easier to understand visually.
Compare compact residential hybrid hardware with a larger commercial inverter-and-storage arrangement. The selected configuration is matched to the site.
Residential hybrid
Compact conversion and control
A compact hybrid inverter format for residential solar, battery and backup applications.
Commercial system
Inverter and storage architecture
A larger inverter-and-storage arrangement for commercial sites, sized around capacity, power and operating requirements.
HOME & LIGHT COMMERCIAL
Hybrid power precisely matched to each property.
Phase configuration, PV input limits, battery voltage and current, essential-load demand, communications and network conditions all influence the correct inverter family.
M2HS 3–6 kW
The M2HS family includes 3.6, 4.2, 5 and 6 kW single-phase models for homes and light-commercial sites.
- 80–450 V battery operating range
- 30 A maximum charge/discharge current
- Two MPPT inputs at up to 20 A each
- 10 ms stated backup switching and IP65 enclosure
M2HT 5–10 kW
Published models cover 5, 6, 8, 9.9 and 10 kW for three-phase residential systems.
- 10–20 kWp published maximum PV array
- 130–750 V battery operating range
- 30 A maximum charge/discharge current
- 10 ms stated switching and IP66 enclosure
M2HT 10–30 kW
The current family includes 9.9, 10, 15, 20, 24.9, 25, 29.9 and 30 kW models for higher-demand sites.
- Four MPPTs with up to 20 A each
- 130–900 V published battery range
- Two battery ports with up to 40 A + 40 A
- Typical switching below 10 ms in stated conditions
| Product | Architecture | Published range | Selected verified information |
|---|---|---|---|
| HSH IntegOne Home | Single-phase inverter and LiFePO₄ storage | 3–6 kW / 5 or 10 kWh | 97.6% published efficiency, time-of-use scheduling, grid/off-grid paralleling and IP65. |
| E2BA-B10K3 | High-voltage LiFePO₄ battery | 10.36 kWh; expandable to 20.72 kWh | Up to 10.36 kW charge/discharge, split-pack design, IP65 and published −20°C to 55°C operation with self-heating. |
| O2GS | Single-phase on-grid inverter | 1.5, 2.5 and 3.3 kW | Up to 97.5% published efficiency, 20 A PV input, 50 V start-up and IP65. |
| OGS | Single-phase on-grid inverter | 3.6–6 kW | Dual MPPT, up to 98.1% published efficiency and IP65. |
| OGT | Three-phase on-grid inverter | 5–25 kW | Two or three MPPTs, up to 98.6% published efficiency and IP66. |
Purpose-built retrofit design: When storage or backup is required alongside Integ O, Moebotics Energy engineers the supported architecture, metering, protection and controls as one coordinated system.
COMMERCIAL & INDUSTRIAL
Scalable hybrid conversion and integrated outdoor storage.
The C&I range supports multiple design pathways, including new solar and storage, supported retrofit, generator coordination, EV charging and selected weak-grid or microgrid applications.
HYBRID INVERTER • 25–50 kW
M2HT-25/29.9/30/40/50K-150
A three-phase C&I hybrid family with four MPPTs and high-current battery conversion.
- 50–80 kWp published maximum PV array
- Four MPPTs at up to 40 A each
- 150–840 V battery operating range
- 150 A maximum charge/discharge current
- 200% stated DC oversizing and IP66 enclosure
- Switching below 10 ms in specified conditions
HYBRID INVERTER • 75–125 kW
M2HT-75/80/99/100/125-300
A larger three-phase hybrid platform with independent battery interfaces and modular expansion.
- 150–250 kWp published maximum PV array
- Six MPPTs at up to 48 A each
- 300–950 V battery operating range
- 300 A or dual 150 A battery interfaces
- On-grid and off-grid parallel operation listed
- Switching below 20 ms in specified conditions
INTEGONE BUSINESS • 64–112.5 kWh
PTH 25–50 kW
Integrated inverter and battery configurations combining 25–50 kW rated AC output with published 64, 80, 96 and 112/112.5 kWh storage options.
- 50–80 kWp published maximum PV array
- 150 A charge/discharge architecture
- Grid and off-grid parallel operation listed
- EV, generator and solar-retrofit scenarios listed
- Four-level fire protection and remote management described
INTEGONE BUSINESS • 208.9–257.2 kWh
PTH 75–125 kW
Outdoor C&I configurations combine 75–125 kW inverter options with 208.9, 225.1, 241.1 or 257.2 kWh storage.
- Up to eight units in published parallel configurations
- AC coupling, generators, EV charging and weak-grid scenarios
- Built-in EMS, time-of-use scheduling and remote O&M described
- IP55 cabinet, C4 anti-corrosion rating and air-conditioning
- Published 8,000-cycle technical specification
The published 8,000-cycle technical specification provides a valuable lifecycle reference. Moebotics Energy assesses configuration, usable energy, operating window, environment, controls and maintenance strategy to align the system with the site’s long-term objectives and applicable manufacturer warranty.
CONNECTED ENERGY FLOW
The value sits in how the parts work together.
Moebotics Energy tailors the energy path to the selected architecture. This simplified view shows how generation, conversion, storage and data are designed and commissioned as one connected system.
Generate
Solar strings and MPPT design are matched to the roof, module current, orientations, voltage window and inverter input capability.
Convert
The selected inverter or PCS coordinates supported DC, AC, grid and backup-side energy flows within its rated capability.
Store and supply
A validated battery combination stores energy and supplies authorised site or backup loads according to the commissioned design.
Measure and manage
Supported meters, communications and software provide data for export control, scheduling, visibility and authorised review.
EV charging, generator, smart-load, AC-coupled retrofit and off-grid functions can be incorporated through the appropriate model, interfaces, switchgear, protection and commissioned configuration.
MONITORING & CONTROL
Hardware becomes more useful when its operation is visible.
Solinteg publishes communication, meter, data-logging and cloud-platform options. Moebotics Energy can use authorised, supported information within the agreed service scope as part of the Moebotics Energy technology stack.
R2MD-DuoCom
Wi-Fi/LAN communication for one supported inverter, with Modbus TCP/MQTT, remote upgrades and automatic network-path switching described by Solinteg.
Official product pageSmart Meter
Published functions include continuous load measurement and export-control support through compatible RS485 or Wi-Fi/LAN configurations.
Official product pageRML-1000
Solinteg lists support for up to 100 devices—up to 90 on-grid and 10 hybrid inverters—with remote configuration and selected plant-control functions.
Official product pageIntegHub / IntegOS
Solinteg's manufacturer environment provides monitoring and energy-management functions for supported equipment and permissions.
Open the official platformMoebotics Energy configures the equipment, logger, meter, communications and permissions as a connected information pathway, then uses available operating data to support visibility, optimisation and timely performance review within the agreed service scope.
AUSTRALIAN SUPPORT
Local support for Australian projects.
Solinteg has an Australian presence, local warehousing and technical support. Moebotics Energy confirms the model, compatibility and project requirements before equipment is selected.
Melbourne presence
Solinteg Australia provides local infrastructure, warehousing and on-ground technical support for Australian projects.
Learn about Solinteg AustraliaAustralian grid communication
Selected Solinteg models support CSIP-AUS v1.2 requirements. We confirm the exact model, firmware and network settings for the proposed site.
CSIP-AUS informationCurrent Australian models
Selected MHS, MHT, M2HT and OGS products have Australian model information available. We confirm the exact suffix and current approved-product listing during system selection.
Product downloadsThree-phase hybrid power
The M2HT range provides 25–50 kW three-phase hybrid options for larger commercial energy systems. Exact model and current listing are confirmed before selection.
Australian datasheet AS/NZS 4777.2 certificateBefore installation, Moebotics Energy confirms the applicable product listing, firmware, battery pairing, installation requirements, network connection, export settings and smart-inverter configuration.
WARRANTY & SUPPORT
Clear warranty and support for the selected system.
Solinteg provides online registration, warranty enquiries, extended-warranty applications and technical support. Your proposal identifies the coverage and registration requirements for the selected model.
Warranty registration
The official portal provides a direct pathway to register eligible equipment and organise product, installer, commissioning and purchase records.
Official warranty portalWarranty coverage
The coverage enquiry confirms the selected product's warranty duration, commencement information and available service pathway.
Check warranty statusAustralian support pathway
For systems we supply, Moebotics Energy helps coordinate product and technical enquiries with the appropriate Solinteg support team.
Warranty and support portalWarranty eligibility and duration follow the selected product’s current manufacturer terms and completed registration requirements.
THE MOEBOTICS ENERGY METHOD
Start with the desired outcome. Then select the technology.
The Moebotics Energy technology stack brings customer-authorised energy information, scenario modelling, engineering inputs and lifecycle review into one coordinated decision pathway.
- 01 • UNDERSTAND
Build the site picture
Review available bills, interval data, tariffs, loads, roof, supply, existing assets, export conditions, critical loads and future plans.
- 02 • OPTIMISE
Compare scenarios
Model suitable solar, storage, tariff, demand, self-consumption and backup scenarios using clearly documented inputs and commercial outcomes.
- 03 • INSTALL
Specify and deliver the exact system
Align models, compatibility, approvals and network requirements, then coordinate qualified installation, accepted settings, functional tests, evidence and handover.
- 04 • MONITOR
Keep operation visible
Use supported operating information within the selected service program to review performance against the designed intent and identify optimisation opportunities.
- 05 • MANAGE
Act on lifecycle evidence
Recommend and document authorised actions as loads, tariffs, firmware, network conditions and operating priorities change.
SOLINTEG QUESTIONS
Helpful answers for confident Solinteg selection.
These answers show how Moebotics Energy turns current product information and site evidence into a carefully matched solution.
How is a Solinteg whole-property backup solution designed?
Moebotics Energy combines a compatible battery with an engineered architecture covering selected loads, surge demand, output capacity, energy reserve, EPS circuits, switchgear, protection and commissioning. This ensures the backup design reflects the property’s real priorities and the selected model’s published capability.
How does Moebotics Energy select a compatible high-voltage battery?
The selected battery is matched through Solinteg’s current compatibility information, including the model, BMS protocol, firmware, current limits, capacity and supported topology.
How are products selected for Australian projects?
Moebotics Energy reviews the exact model suffix, applicable Australian certificate or listing, firmware, battery pairing and network requirements, then specifies equipment suited to the project location and design.
What does the published 8,000-cycle specification tell us?
It provides a useful technical reference for lifecycle modelling under the manufacturer's stated conditions. Moebotics Energy shows the applicable product warranty separately so customers can compare technical life and warranty coverage clearly.
How can monitoring support better energy outcomes?
Connected monitoring can improve visibility, highlight operating trends and support informed optimisation. Moebotics Energy reviews relevant data within the agreed service scope to identify practical opportunities as tariffs, loads, weather and operating priorities evolve.
How does Moebotics Energy select Solinteg equipment?
Moebotics Energy combines site evidence, current product documentation, compatibility, approvals and engineering inputs to select the Solinteg architecture that best supports the customer’s priorities.
START WITH YOUR ENERGY DATA
Have Moebotics Energy model the right Solinteg architecture.
Bring your bill, available interval data, roof and switchboard information, backup priorities and planned loads. The Moebotics Energy technology stack will turn them into a focused assessment and a clear recommended-model pathway.