SunHestia

Solar generation, storage and control

Three components that work as one system: panels that produce, a battery that stores, and an inverter that decides where every watt goes.

SunHestia Home Battery

Storage
LiFePO4 · 5–15 kWh · modular

A wall-mounted lithium-iron-phosphate battery that stores surplus solar produced during the day. Modular capacity means you can start small and add units as your needs grow. Designed for thousands of charge cycles with a 10-year warranty.

  • Modular from 5 kWh, stackable to 15 kWh
  • LiFePO4 chemistry — stable, long-lasting, cobalt-free
  • Built-in hybrid inverter compatibility
  • Wall or floor mounted, indoor or covered outdoor

SunHestia Solar PV Modules

Generation
Monocrystalline · 400–450 W · black

High-efficiency monocrystalline rooftop panels that turn sunlight into electricity for your home. Low-profile black modules sit close to the roofline and carry a 25-year performance guarantee.

  • High-efficiency monocrystalline cells
  • Black, low-profile aesthetic for pitched roofs
  • 25-year linear performance guarantee
  • Resistant to salt mist and ammonia — suited to coastal and rural sites

Hybrid Inverter & Energy Manager

Control
Smart hybrid · app monitoring

The brain of the system. The hybrid inverter converts solar DC power for your home, directs surplus into the battery, and only draws from the grid when needed. A companion app shows production, storage and consumption in real time.

  • Routes power between panels, battery, home and grid
  • Real-time monitoring from a phone
  • Backup-capable for short outages
  • Supports time-of-use scheduling

How the parts fit together

Sunlight hits the panels and is converted into direct current. The hybrid inverter turns that into the alternating current your home uses. While the sun is up, your household runs on solar first. Any surplus flows into the battery instead of being exported. When the panels stop producing in the evening, the home automatically draws from the stored battery power, and only falls back to the grid if the battery runs out.

The result is high self-consumption: a large share of the electricity you use is produced and stored on your own property.