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ENERGY

Clean Electricity

AGRICULTURE

Healthy Crops

AQUACULTURE

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Let’s Build Your AgriAquaVoltaic Project Together
INTEGRATED POWER SYSTEM

Renewable Energy Architecture & Bess Storage

The AAVOLTA Energy Pillar delivers multi-topology solar power integration, combining elevated Agrivoltaic PV arrays, Floating PV (100 kWp), Ground-Mounted PV (50 kWp), and Rooftop PV (25 kWp).

Integrated with a 100 kVA / 200 kWh Lithium Iron Phosphate (LFP) Battery Energy Storage System (BESS) and EMS & SCADA, the architecture delivers Zero Export, Peak-Shaving/Shifting, PV Smoothing, and Black-Start operations.

ENERGY SPECIFICATIONS

Empirical Energy Infrastructure Metrics

Hardware and storage capacity validated at REIDI Living Lab ITS Sukolilo Campus.

100 kWp

Floating PV Array
Co-located on retention ponds for water evaporation control.

200 kWh

BESS LFP Capacity
100 kVA LFP Battery Storage with SCADA & EMS control.

100 kW

EV Charging Station
Fast-charging infrastructure powering clean transportation.

50 kW / 10 kW

Biomass & Hydrogen
RDF Biomass (50 kW) & Hydrogen Plant (10 kW) Roadmap.

HARDWARE & TOPOLOGIES

Pillar Energy Subsystems & Controls

Flexible clean energy technologies engineered for grid stability and off-grid autonomy.

Agrivoltaic PV Structure

Solar modules with an elevated structure (height of 2 m–3.1 m) and gaps between modules (0–60 cm) for precise light control beneath the canopy.

Platform height: 2.0 m–3.1 m
Module gap: 0–60 cm (precision)
Crop microclimate protection

Floating, Ground & Rooftop PV

A combination of a 100 kWp floating PV system, a 50 kWp ground-mounted PV system, and a 25 kWp rooftop PV system on the office/laboratory building.

Floating PV: 100 kWp
Ground-Mounted: 50 kWp
Rooftop PV: 25 kWp

BESS / EMS & EV Charging

100 kVA / 200 kWh LFP BESS with integrated SCADA & EMS, along with a 100 kW EV charging station for modern microgrid operations.

Zero export & PV smoothing
Peak-shaving/shifting & Black-start
100 kW EV Charging Station
INSTITUTIONAL ECOSYSTEM

Certification & Academic Ecosystem

Fostering national technology standardization, vocational training, and commercial scalability.

Pillar Energy Subsystem Capacity / Dimension Key Technical Features Primary Function
Agrivoltaic PV Elevated Structure Height 2.0m–3.1m, 0–60 cm module spacing Precision lighting & crop protection
Floating PV 100 kWp Floating modules on retention ponds Natural cooling & aquaculture aeration
Ground-Mounted PV 50 kWp Fixed structure installed at ground level Baseload power generation
Rooftop PV 25 kWp Installed on office/laboratory rooftops Internal building power supply
BESS / EMS & SCADA 100 kVA / 200 kWh LFP battery storage, SCADA & EMS controller Zero export, peak shaving, PV smoothing, black start
EV Charging Station 100 kW Microgrid-integrated fast EV charging system Solar-powered electric vehicle charging
Biomass & Hydrogen (Roadmap) 50 kW RDF / 10 kW H2 RDF biomass plant & hydrogen plant Future renewable energy integration

Implement Solar Microgrids & BESS Storage

Consult with our microgrid engineers to design, simulate, and deploy multi-topology solar and BESS storage architectures for your facility.