Collection:
Home Energy Storage
GONEO home energy storage systems offer comprehensive and versatile energy management solutions, suitable for various scenarios, including single-phase and three-phase systems, stackable batteries, and inverters.
GONEO storage systems support intelligent control and flexible customization, maximizing the use of solar energy, promoting household energy autonomy, reducing dependence on traditional sources, and optimizing energy costs. They are capable of meeting both daily electricity needs and electric vehicle charging (EV charger).
Combi 3.0 Pro Single Phase
All-in-One: Integrated PV + storage + EV charger, lower cost, smaller footprint.
Integrated 7kW AC Charging: Smart charging: prioritizes solar/stored energy, drastically reducing electricity bills. Quick installation: single installation, no additional wiring required for EV charging.
Higher Profitability: Max 2x oversized PV input: Supports more PV panels and higher yield.
VPP Ready: Virtual power plant services open up new revenue streams.
Smart EMS: 3D optimization (PV generation + time-of-use tariff + weather) to reduce energy bills.
Simple Installation: All-in-One cell architecture: Single-step installation, 25% faster.
Modular plug-and-play: Integrated connectors reduce wiring errors and speed up onsite work.
Higher Reliability: 5-level safety: One-chip-one-management, rapid DC-DC protection, overpressure valve, aerosol cooling, high-temperature insulation.
Thermal runaway prediction: Chip-level cell monitoring + aerosol eliminates fire risk at the source.
AI self-diagnosis: Proactive fault prevention, minimal downtime, continuous green energy.
Higher Efficiency: 314 Ah high-capacity cells + DC-DC architecture: Longer lifespan, mixed battery support.
Ultra-wide MPPT: 80V startup, longer daily generation window.
20A high input current: Fully compatible with popular PV modules.
Combi 3.0 Single Phase
Max 2x oversized PV input: Supports more PV panels and higher yield.
Higher Profitability:
VPP Ready: Virtual power plant services open up new revenue streams.
Smart EMS: 3D optimization (PV generation + time-of-use tariff + weather) to reduce energy bills.
Simple Installation
All-in-One Cell Architecture: One-step installation, 25% faster.
Modular plug-and-play: Integrated connectors reduce wiring errors and speed up on-site work.
Greater Reliability
5-level Safety: One-chip-one-management, fast DC-DC protection, overpressure valve, aerosol cooling, high-temperature insulation.
Thermal Runaway Prediction: Chip-level cell monitoring + aerosol eliminates fire risk at the source.
AI Self-check: Proactive fault prevention, minimal downtime, continuous green energy.
Combi 2.0 Single Phase
GONEO Vault SG can be seamlessly integrated into your home automation system to provide your home with clean energy and manage energy consumption throughout the day. Paired with solar energy through Smart Homes, it can meet virtually every customer need and be adapted to every family.
Flexi 2.0 Three-Phase
The three-phase Goneo hybrid inverter, developed for solar storage in Italian private homes, guarantees peak protection, silent operation, generator adaptability, versatile operating modes, reliable and uninterrupted power supply, and maximum safety and reliability.
STACKABLE HIGH-VOLTAGE ENERGY STORAGE SYSTEM
GONEO offers a high-voltage, stackable energy storage system for private homes: efficient energy management, easy installation, remote control, safety and reliability.
Flexi 3.0 Three-Phase Hybrid Storage Inverter 20-30kW
Energy Management Modes:Integrated AI-EMS: Dynamically adjusts equipment operation based on real-time/time-of-use tariffs, fully automatic 24/7 with no manual intervention, dramatically reducing grid purchase costs.
Operating Modes: TOU price optimization + user-configurable profiles for any load scenario.
Highly Reliable Backup Power:Off-Grid Switch: Seamless transfer <10ms keeping critical loads active; backup mode provides 150% peak overload.
Grid Safety: Integrated anti-backflow protection that eliminates grid-side risks.
Flexibility and Wide Compatibility:Wide Voltage Batteries: Support for 150-800V high-voltage packs (including sodium chloride types).
Overload Capacity: three-phase output with 100% unbalance for complex loads; 2× AC overload for instantaneous high power demands.
Safety and Intelligence:Safety Controls: Optional AFCI protection against arc faults + rapid shutdown for enhanced system safety.
OTA Updates: intelligent monitoring + remote firmware updates for simplified management, maintenance, and continuous optimization.
Flexi 3.0 Three-Phase Hybrid Storage Inverter 36-50kW
High-Reliability Backup Power:Off-Grid Switch: Seamless transfer <10 ms keeps critical loads alive; backup mode provides 150% peak overload.
Grid Safety: Integrated anti-backflow protection eliminates grid-side risks.
Flexibility & Wide Compatibility:Wide-Voltage Batteries: Support for 150-800 V high-voltage packs (including Sodium Chloride types).
Overload Capability: Three-phase output with 100% unbalance for complex loads; 2× AC overload for instantaneous high-power demands.
Safety & Intelligence:Safety Controls: Optional AFCI arc fault protection + rapid shutdown for enhanced system safety. OTA Updates: Smart monitoring + remote firmware updates for simplified management, maintenance, and continuous optimization.
Energy Management Modes:Integrated AI-EMS: Dynamically adjusts equipment operation based on real-time/time-of-use tariffs, fully automatic 24/7 without manual intervention, drastically reducing grid purchase costs.
Operating Modes: TOU price optimization + user-configurable profiles for any load scenario.
Flexi 3.0 Three-Phase PV String Inverter 30-60kW
High Yield: High DC/AC ratio: 20A string current, 1.5× PV oversizing, higher installed capacity; MPPT efficiency >99.9%, minimal energy losses.
Safety and Protection: High protection: Multi-level intelligent safeguards + anti-reflux function; Class II AC/DC surge protection, IP66 rating + cooling fan, designed for harsh environments.
Flexible O&M: Quick installation: Touch button operation, multiple Wi-Fi / Ethernet / GPRS communication; real-time APP and cloud monitoring, quick remote configuration.
Stable Output: 1.1× continuous AC overload capacity, active/reactive power compensation with adjustable power factor to meet grid requirements.
FAQ
What are energy storage systems?
What are energy storage systems?
Storage systems are devices that allow electricity to be stored for later use. In the context of photovoltaic systems, they allow energy produced during the day (when production is higher) to be stored and used in the evening or when energy demand increases. A storage system generally consists of batteries, inverters, and management systems (BMS/EMS), which ensure safe and efficient operation. Thanks to storage systems, it is possible to:
- increase the self-consumption of produced energy
- reduce dependence on the electricity grid
- lower electricity bills
- ensure continuity of supply in case of a blackout
These are ideal solutions for both residential and commercial applications, especially when integrated with a photovoltaic system.
Do GONEO storage systems include photovoltaic panels?
Do GONEO storage systems include photovoltaic panels?
No, GONEO storage systems do not include solar panels. They are designed exclusively to store and manage electrical energy. They can be connected to an existing photovoltaic system to:
- Maximize the use of solar energy when the sun is available.
- Provide energy at night or when there is not enough sun, ensuring continuous autonomy.
- Reduce energy costs by using cheaper energy from the grid during peak hours.
- Increase home autonomy and support daily electricity needs.
Order of energy use:
- During the day with sufficient sun → prioritize the use of solar energy.
- In the absence of sun or at night → energy supplied by the storage system.
- If sun and storage are not enough → supplementary energy from the electricity grid.
What is a photovoltaic system?
What is a photovoltaic system?
A photovoltaic system is a system that converts solar energy into electrical energy using solar panels. The energy produced can be used immediately, fed into the grid, or stored in batteries for later use. The main components of a photovoltaic system are:
- Photovoltaic panels – composed of solar cells that capture sunlight and convert it into direct current (DC).
- Inverter – a device that converts the direct current produced by the panels into alternating current (AC), compatible with the domestic or industrial electrical grid.
- Support structures and wiring – for fixing the panels and connecting them to each other and to the inverter.
- Storage system (optional) – batteries that store the energy produced for use when the sun is not shining.
What is the difference between the Combi 3.0 Pro and Combi 3.0 storage systems?
What is the difference between the Combi 3.0 Pro and Combi 3.0 storage systems?
Combi 3.0 Pro is the most complete version, with integrated EV charging (EV charger), more advanced energy management, and greater system integration.
- Improved automation and integration features: includes an All-in-One system with an integrated 7 kW AC charger, allowing solar energy, storage, and electric vehicle charging to be managed in a single device, without the need for additional wiring.
- Intelligent energy optimization with advanced EMS (Smart Energy Management), which prioritizes the use of solar or stored energy to further reduce costs.
- It also supports oversized PV input up to 2×, compatible with more solar panels to increase production.
- Ready for Virtual Power Plant (VPP) services, opening up potential new revenue streams.
Combi 3.0 is the standard version, suitable for those who want an All-in-One home storage system without extra features related to EV charging.
- Shares the same basic solar energy management and storage features.
- Supports oversized PV input up to 2× and Smart EMS to optimize energy use.
If there's a power outage, can photovoltaic storage systems still operate?
If there's a power outage, can photovoltaic storage systems still operate?
Yes, photovoltaic storage systems can continue to operate during a power outage. The system stores energy produced by the photovoltaic panels or previously accumulated from the grid and can provide emergency electricity to power essential household appliances such as lights, refrigerators, and computers.
How many hours does a solar battery storage system last?
How many hours does a solar battery storage system last?
The operational duration of a GONEO domestic storage system depends on the system's capacity, the home's electricity consumption, and the energy available from the photovoltaic panels.
1. Battery/System Capacity
GONEO products (Combi 3.0 Pro, Combi 2.0 Single-Phase) have high-capacity modules with variable MPPT width, 20A input current, and batteries up to hundreds of Ah, which determine how much energy they can store.
2. Home Electricity Consumption
An average family consumes approximately 3–5 kWh per day for essential lights and appliances. The system distributes energy according to the order of use: first solar, then stored energy, and finally the grid.
3. Practical Estimation
For example, a 10 kWh usable module (after optimization and DoD) with an average consumption of 2 kW can power the home for about 4–5 hours. With reduced consumption to 1 kW, the duration can extend up to 8–10 hours.
4. GONEO Energy Optimization
Thanks to Smart EMS, AI-EMS, and multi-scenario management, the system can extend real autonomy, maximizing available solar energy, reducing grid consumption during peak hours, and ensuring continuity even at night or in case of low solar production.
