For the luxury villa owner who demands complete energy independence, a hybrid solar and battery system is the definitive answer. Solar panels generate electricity from the abundant Alanya sun; a LiFePO4 battery stores the surplus; your home draws from battery in the evening; and the system switches seamlessly to island mode during grid outages — all without you lifting a finger.
The Luxury Battery Difference
We specify LiFePO4 (lithium iron phosphate) battery systems exclusively. This chemistry offers the highest cycle life (6,000+ cycles — over 16 years of daily use), is thermally stable in Alanya's summer heat, and is safe to install in any location including indoor utility rooms and garages. No other lithium chemistry comes close for a property where longevity and safety matter.
Smart EV Charging
Our smart EV charger integration allows solar surplus to be directed automatically to your vehicle. On a good Alanya summer day, a 15 kWp system can generate 80–100 kWh — easily covering weekly EV charging needs from sunshine alone. For a vehicle travelling 15,000 km/year, this represents ₺40,000–₺60,000 in annual fuel savings.
Premium Battery Options
- Compact (10 kWh): For homes with moderate evening consumption. Powers lighting, appliances and pool systems overnight.
- Standard (15–20 kWh): Complete overnight independence for a luxury villa. EV charging included.
- Signature (30+ kWh): For large estates or second homes. Extended backup duration, whole-home independence.
Specifications
- Chemistry: LiFePO4 — safest, longest-life lithium technology
- Cycle life: 6,000+ cycles at 80% depth of discharge
- Warranty: 10 years or 6,000 cycles, whichever comes first
- Round-trip efficiency: 95%+
- EV charger: 7 kW (single-phase) or 22 kW (three-phase) Type 2
- Monitoring: full battery state, charge/discharge and EV session tracking via app
For Seasonal & Remote Properties
LiFePO4 batteries self-discharge at only 1–3% per month — making them ideal for seasonal properties in Alanya. Leaving the battery at 50% state of charge before departure is managed automatically by the battery management system.
Design Your Battery System
Tell us your goals — backup, independence or EV charging — and we will design the ideal system.
Get Free DesignWhat a Hybrid System Is — and When It Makes Sense
A hybrid system is an architecture that pairs photovoltaic panels with lithium-ion battery storage. The difference from a standard grid-tied (on-grid) installation is this: surplus daytime generation is stored in the battery rather than exported to the grid, then drawn down in the evening or overnight when it is needed. A hybrid system also continues to run during a grid outage — so you gain both day-to-day savings and emergency backup from a single installation.
Hybrid Architectures
AC-Coupled Hybrid
Ideal for adding a battery to an existing on-grid system after the fact. The retrofit cost is lower, though conversion losses are a little higher (8–12%).
DC-Coupled Hybrid
Feeds panel output directly to the battery as DC, keeping conversion losses to a minimum (3–5%). Our recommended architecture for new installations.
Battery Technologies Compared
DoD: Depth of Discharge. For both safety and longevity, LFP batteries are the preferred choice for residential and commercial applications alike.
When a Hybrid System Is the Right Choice
A hybrid system is not necessary for every project. In the following circumstances, however, adding a battery rests on a compelling financial and operational case:
- A profile of low daytime use and high evening or overnight consumption (typical of a home)
- A two- or three-tier tariff, where you wish to store cheap off-peak energy
- Areas of poor grid reliability (agricultural land, holiday developments)
- Critical facilities: healthcare, data centres, cold-chain storage
- Off-grid locations with no mains supply
- Industrial-zone connections that require zero export
Recommended Brands and Configurations
When specifying a hybrid system, the integration of inverter and battery is decisive. The solutions we recommend:
- Huawei LUNA2000 + SUN2000: The most popular residential hybrid solution. The LUNA battery is modular, so capacity can be expanded as your needs grow
- SolarEdge StorEdge + LG Chem: DC coupling, high performance and intelligent energy management
- GoodWe + BYD Battery-Box: A cost-effective entry-level hybrid
- Fronius Symo GEN24 + BYD / OEM: A firm favourite across the European market, with an excellent monitoring platform
Charging Your Electric Vehicle from a Hybrid System
For the growing number of electric-vehicle owners, a hybrid system offers a real advantage. You can direct surplus solar energy first to the battery and then to your car's charger. With this configuration the running cost of both your home and your vehicle falls considerably — and you are no longer tied to overnight grid tariffs. We size every system with your vehicle's charging requirements firmly in mind.