Balcony solar system with battery storage is an innovative renewable energy solution designed for modern urban households where rooftop installation is not possible. It enables apartment residents to generate clean electricity directly from sunlight using photovoltaic panels mounted on balcony railings or façades. The generated energy can be used instantly to power home appliances or stored in an integrated battery for later use during nighttime or peak demand hours. This system enhances energy independence, reduces electricity costs, and supports sustainable living in densely populated cities. Its plug and play design makes it accessible for renters and homeowners seeking green energy solutions.
| Model NO. | BM1600 PRO |
|---|---|
| Nominal Output Power | 0.8kW |
| Nominal Output Current | 3.48A |
| Max. Output Power | 1.6kW |
| Max. Output Current | 6.96A |
| Nominal Output Voltage | 230V |
| Nominal Grid Frequency | 50Hz±5% |
| AC Input Charging | AC230V 1600W Max |
| Solar Input Charging | 3*PV18~108V/16A 1100Wp Max (3300Wp in total) |
| Inverter Efficiency | ≥90% |
| MPPT Efficiency | ≥97% |
| Battery Conversion Efficiency | ≥85% |
| Nominal Output Power | 1.6kW |
| Peak Output Current (1 second) | 6.96A |
| Nominal Output Voltage | 230V |
| Nominal Grid Frequency | 50Hz±2% |
| Total Voltage Harmonic Distortion | THDv < 3% |
| Interruption Time of Backup Switch | ≤10MS |
| Main Unit Capacity | No Battery |
| Battery Module Model | B2900 |
| Battery Module Capacity | 2880Wh |
| Number of Modules per Main Unit | 1~5PCS |
| Nominal Voltage of Battery Module | DC32V |
| Protection | Overvoltage/Undervoltage/Overcurrent/Overload/Short-Circuit/Overheating Protection; Insulation Monitoring; Residual Current Monitoring; Anti-islanding Protection; Type II DC/AC Surge Protection |
| Open Ecosystem Integration Support | Smart Meter, Smart Plug, Infrared Meter, Heat-pump Power Controller |
| Safety Protection Feature | Tibber Pulse infrared meter, Tibber dynamic electricity price direct acquisition, EverHome smart meter, HomeWizard P1 Meter |
| Dimensions (LWH) | Main Unit: 440305165mm / Battery Pack: 440305220mm |
| N.W. | Main Unit: ≈13.3kg / Battery Pack: ≈27.7kg |
| G.W. | Main Unit: ≈15.5kg / Battery Pack: ≈30kg |
| Storage Temperature Range | -40~70°C |
| Operating Temperature Range | -20°C~55°C |
| Relative Humidity Range | 0~60RH |
| Max. Operating Altitude | 4000m, derating from 2000m |
| Cooling | Natural Cooling |
| Standby Power Consumption | ≤16W |
| Ingress Protection Rating | IP65 |
| Display | LED+APP |
| Communication | WiFi/BT/Ethernet, CAN |
| Standard Compliance | IEC/EN62109-1; IEC/EN61000-6-1~4 Class B; EN50549-1:2019, VDE4105:2018, OVE-E-8001-4-712, CEI 0-21 |
If you would like to explore the full capabilities of our balcony solar system with battery storage, understand how it can improve your energy efficiency in urban living, or discuss a customized solution tailored to your apartment or project requirements, please feel free to contact our team for detailed information and professional support.
The balcony solar system with battery storage is engineered specifically for urban residents who live in apartments or compact housing environments where rooftop solar installation is not possible, yet they still want to achieve a higher level of energy independence and reduce reliance on the traditional electricity grid. Unlike conventional solar kits that require structural modification or permanent installation, this system is optimized for balcony deployment, rental housing scenarios, and space-constrained environments, making renewable energy adoption far more accessible to everyday users in cities.

At the core of the system is a high-efficiency hybrid inverter rated at 0.8kW nominal output with 1.6kW peak capability, combined with a modular lithium battery architecture based on DC32V technology, where each battery module provides 2880Wh of usable energy capacity and can be expanded up to five units depending on household demand. This modular stacking design allows users to start from a minimal configuration and gradually increase storage capacity without replacing the main system, making it highly adaptable for long-term energy planning.
The system is constructed using an industrial-grade aluminum alloy housing combined with IP65-rated sealing technology, which ensures reliable operation even under outdoor balcony conditions exposed to rain, dust, humidity, and temperature fluctuations ranging from -20°C to 55°C, while the natural convection cooling structure eliminates the need for internal fans and ensures completely silent operation suitable for residential environments.

Unlike oversized photovoltaic systems designed for detached houses, this solution is optimized for real urban conditions where shading from buildings, railings, and surrounding structures is common, and it achieves high energy harvesting efficiency through MPPT technology rated up to 97 percent while maintaining inverter efficiency above 90 percent, ensuring that energy loss during conversion is minimized even under partial sunlight conditions.
The system supports up to 3300W solar input distributed across three PV strings operating within an 18 to 108V range, which allows flexible installation of balcony solar panels depending on available space and sunlight exposure throughout the day.
The system integrates seamlessly with modern smart energy ecosystems including Shelly devices, Tibber Pulse, HomeWizard P1, smart meters, and other IoT-based energy monitoring platforms, enabling users to track real-time electricity generation, consumption, and battery status through mobile applications, which helps improve energy awareness and long-term usage optimization.
This system is particularly suitable for apartment residents, urban tenants, small households without rooftop access, and users who want a scalable and future-ready energy solution that combines solar generation, battery storage, and grid interaction in a single compact system.
The balcony solar system with battery storage is a compact residential energy platform designed to combine solar generation, battery storage, and grid interaction into a single integrated solution that can operate efficiently in small urban environments while maintaining full compatibility with household electrical standards.

The system is built around a hybrid inverter with 0.8kW nominal output and up to 1.6kW peak backup capability, which is paired with modular lithium battery packs rated at 2880Wh each, operating on a DC32V architecture that ensures stable voltage regulation and efficient energy transfer between components. The solar input system supports up to 3300W distributed across three MPPT channels operating between 18V and 108V, allowing flexible adaptation to different balcony solar panel layouts and installation conditions.
The system provides ultra-fast backup switching within 10 milliseconds, ensuring that essential household devices such as routers, lighting systems, and communication equipment continue operating without interruption during grid outages, while maintaining stable 230V AC output with less than 3 percent harmonic distortion, ensuring compatibility with all standard residential appliances and electronics.

The system is designed with a compact 440×305×165mm inverter housing combined with stackable battery modules, making it suitable for wall-mounted balcony installation or compact corner placement, while its natural cooling design ensures silent operation and its ultra-low standby consumption of less than or equal to 16W makes it highly energy efficient for continuous long-term use.
The system supports flexible configuration with 1 to 5 battery modules, allowing users to expand capacity based on actual energy demand without replacing the main unit.
Equipped with advanced MPPT technology, the system maximizes solar harvesting efficiency, ensuring stable energy conversion even under variable sunlight conditions.
With a 1.6kW backup output and ultra-fast switching time of ≤10ms, it ensures uninterrupted power for essential household or business loads during grid outages.
Multiple built-in protection mechanisms such as overvoltage, short circuit, overheating, and anti-islanding safeguard both the system and connected devices.
Supports WiFi, Bluetooth, Ethernet, and CAN communication, enabling seamless integration with smart meters, apps, and energy management platforms.
Designed with IP65 protection and a wide operating temperature range from -20°C to 55°C, ensuring stable performance in diverse and harsh environmental conditions.
This system is widely applied in residential apartments, urban balconies, and small commercial spaces where rooftop installation is not available. It provides a practical renewable energy solution for reducing electricity bills, improving self-consumption of solar power, and ensuring backup energy during grid outages. It is also suitable for eco-conscious households seeking energy independence, as well as property owners looking to enhance building sustainability. With its modular and plug-and-play design, it adapts easily to different usage scenarios, making it ideal for modern decentralized energy applications in cities.
Ideal for urban apartment residents, the system enables clean energy generation directly from balconies without requiring rooftop access, helping reduce monthly electricity costs.
Designed specifically for limited spaces, it fits easily on balcony railings or walls, making it a practical solution for dense city environments.
Suitable for small shops, offices, and studios, it provides stable supplementary power to reduce reliance on the grid and improve energy efficiency.
In the event of power outages, the system ensures continuous electricity for essential loads, improving reliability and operational continuity.
Widely used in eco-friendly housing and green building initiatives, it supports carbon reduction goals and promotes decentralized renewable energy adoption.
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Pete Whittle
1 Review
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We've installed Alpha systems for years with no failures. Easy setup and excellent technical support make Alpha our first choice.
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A very professional and friendly installer. Everything was clearly explained, and the battery works flawlessly. The smooth Jabba integration gives me clear insight and confidence in my energy savings.
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Great satisfaction with my first use of voltalinkbattery inverters. I used voltalinkbattery hybrid inverters with their storage system for the first time and was pleasantly surprised by how easy it was to set them up and activate the monitoring.
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The system works exceptionally well and has already delivered meaningful savings. The entire installation process was smooth and professional.
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The battery works very well. The app is also easy to use and very clear. You can immediately see how much battery percentage is left, how many watts your solar panels are generating, and how much you are taking from the grid. I am very satisfied with it.