MICROGRID
PV-Diesel Hybrid + Centralized/Decentralized Microgrid
Microgrid Systems — PV-Diesel Hybrid + Off-Grid
Topology
Centralized / Decentralized
Diesel Saving
60-80%
Track Record
693+ deployed
Countries
18 in 5 continents
Design figure for a system sized to this use case. What a given site actually gets depends on its load shape, the PV and battery sizing and its tariff.
Overview
LEONICS Microgrid systems integrate Solar + Battery + Diesel + Load + EMS — reducing diesel consumption by 60-80%. Operates in both Grid-tied and Island modes. Track record: 693+ sites deployed across 18 countries on 5 continents.
Key Features
- ✓PV–Diesel–Battery hybrid
- ✓Grid-tied + Island mode
- ✓Centralized + Decentralized architectures
- ✓Energy Management System (EMS)
- ✓Remote monitoring (SCADA + Cloud)
- ✓HOMER feasibility studies included
Projects using this
- Ban Raya Resort, Phuket — MicrogridPhuket, Thailand · 2025 · Solar 280 kWp + LFP 250 kW / 430 kWh
- Koh Tao Renewable MicrogridKoh Tao, Surat Thani, Thailand · 2025 · Solar 60 kWp + Wind 100 kW + BESS 120 kW / 160 kWh
- UNHCR Takum — Hybrid PV + DC GeneratorTakum, Nigeria · 2024 · PV 3 kWp + LFP 50 kW / 72 kWh + POLAR Power DC generator
- Sila Island Resort — Off-grid MicrogridNorthern Samar, Philippines · 2024 · Solar 105 kWp + LFP 100 kW / 285 kWh
- MaesamphengTai Microgrid (PEA SCADA)Thailand · 2024 · Solar 60 kWp + LFP 100 kW / 200 kWh · linked to PEA SCADA
- Kapas Island Resort (NODEX)Kapas Island, Malaysia · 2022 · NODEX PCS with sodium battery · 2 clusters