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ENERGY

Clean Electricity

AGRICULTURE

Healthy Crops

AQUACULTURE

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agriaquavoltaic

Resolving Land Use Trade Offs

Transforming ground-mounted solar land into an intelligent 3-in-1 platform for clean energy, precision food crops, and smart aquaculture integration.

Comparing conventional single-use ground-mounted solar against AAVOLTA’s 3.0× Land Productivity model based on Purwakarta, West Java field data.

Parameter Traditional Ground-Mounted PV (100 MW / 80 Ha) AAVOLTA Integrated AgriAquaVoltaic
Land Utilization Single-use electricity generation only. 3 Productive Layers: Electricity + Crops + Fish on one site.
Land Productivity Factor 1.0× (Arable farmland displaced). 3.0× Increased Productivity.
Local Economic Revenue Loss of ~IDR 5–11 Billion/year in rice crop gross output. Retains 100% solar PPA + recovers crop and fish gross margins.
Social & Community Acceptance High risk of public resistance and community displacement. Joint operator model empowering smallholder farmers.
ENGINEERING PRINCIPLES

Five-Layer Technical Architecture

Designed as bankable modular blocks (100 kWp → 500 kWp → 1 MWp) for seamless commercial deployment.

Elevated PV Canopy

Elevated mounting structures (2.0–3.1m height) with adjustable module spacing (0–60 cm) to tune undercanopy sunlight distribution.

Smart Inverter & Metering

High-efficiency smart inverters coupled with precision energy meters linked directly to microgrid SCADA and EMS.

Agri Planter Modules

Elevated concrete planter beds (3.5m x 1.6m) with automated drip irrigation for high-value shade-tolerant crops (chili, paprika, spinach).

Aquaculture Ponds

PV-powered Tilapia breeding ponds equipped with solar-powered aerators, automated feeders, and water quality telemetry.

Offtaker Load Integration

Direct integration supplying local industrial facilities, cold storage, pumps, or exporting directly to utility grid networks.

AAVOLTA ONE Dashboard

Cloud-based IoT telemetry, AI shading optimization (ANN), and Digital Twin analytics for maximum yield tracking.

BUSINESS MODEL

One Asset. Three Revenue Streams.

Customers pay for useful outputs without upfront asset purchase risk.

Electricity PPA / Leasing

ProjectCo finances, owns, and operates PV assets. Offtaker pays IDR/EUR per kWh under agreed PPA discounts.

Agri Profit Share

High-value organic crops grown under partial shade. Net margins shared with local farm operator (60/40 or 70/30 split).

Aqua Profit Share

Fish and shrimp pond operations powered by solar aerators. Net pond margin shared with land and project owners.

IMPLEMENTATION ROADMAP

Staged Pilot and Scaling Plan

Reducing technical and operational risks before full commercial replication.

0–2 Months

Feasibility Study

Site survey, solar yield modeling, land/water assessment, offtaker load profiling, and farm operator selection.

3–6 Months

Pilot Build

Deployment of 100–500 kWp first block, smart metering installation, precision irrigation, and IoT dashboard setup.

7–12 Months

Validation Phase

Validation of monthly kWh sales, crop yield metrics, pond productivity, O&M expenditures, and community acceptance.

Year 2+

Scale-Up & Replication

Standardizing 1 MWp modular blocks across industrial estates, agri-estates, and rural island communities.