Plant-level coordinated control unifies battery storage, solar PV,diesel generation and loads, enabling multi-mode operation and intelligent dispatch optimisation.
Utility-scale energy storage systems available as G2 (5.01 MWh), G3 (6.25 MWh) and G4 (7.76 MWh), with flexible model selection. The full range supports both grid-connected and islanded operation, as well as black start capability. For large-scale microgrids, SunTera works with a plant-level EMS to coordinate battery storage, solar PV, diesel generators and loads across the entire site, maintaining power continuity and optimising energy economics for large industrial facilities in both grid-connected and islanded modes.
EMS 1000 Plant-Level Energy Management System: in-house AI algorithms combine load forecasting with electricity-market strategies to optimise energy storage returns. Core functions include grid-connected/islanded transfer, zero-export control, capacity limit control, demand management, PV self-consumption, PV-storage coordination, time-scheduled power control, black start, peak shaving, load shifting and tariff arbitrage. High-level coordinated control enables intelligent, smooth transfer between grid-connected and islanded operation, together with islanding detection. Communications support power-system standards including IEC 61850 GOOSE/MMS and DNP3.0, meeting the complex dispatch requirements of large-scale microgrids.
Tiger Neo 3.0: a high-efficiency N-type TOPCon bifacial module delivering 650-670 W front-side power and 85±5% bifaciality. Built on an enhanced N-type TOPCon platform, its optimised structure improves light absorption and capture. A low temperature coefficient of -0.26%/°C and excellent low-light performance increase energy yield. Advanced metallisation and next-generation encapsulation provide strong resistance to PID, LID and LeTID, while certification for a 5,400 Pa front-side mechanical load supports reliable output throughout the product lifecycle.
Provides Advanced plant-level control of battery energy storage systems (BESS), solar PV, distributed generation (DG) and load-side resources, enabling centralised management and coordinated operation across the entire site.
Intelligently determines the appropriate operating mode and enables seamless, smooth transfer between grid-connected and islanded operation. Comprehensive planned and unplanned islanding detection maintains stability and continuity across changing operating conditions.
Integrates energy optimisation, dispatch planning, load forecasting and generation forecasting to improve operating economics and clean energy utilisation.
Built on a unified, high-performance hardware and software platform with support for mainstream communication protocols. The architecture scales flexibly across project sizes and provides a complete, platform-based delivery solution.
