Solutions
www.aavolta.com
Off-Grid Microgrid & Aquavoltaic Integration
Remote islands and rural areas face high electricity costs from diesel generators and vulnerable grid access. AAVOLTA provides grid-forming microgrid architecture powered by 307 kWp PV array integrated with 200 kWh LFP BESS.
By pairing floating PV arrays (100 kWp) with automated aquaculture ponds, remote coastal sites achieve energy autonomy while operating solar aerators for 48,000 Nila Kekar fingerling production cycles.
REIDI Microgrid & Aquavoltaic Metrics
Empirical parameters tested at REIDI Living Lab ITS for remote installation suitability.
200 kWh
BESS Storage Capacity
100 kVA LFP Battery Energy Storage System for peak-shaving.
48,000
Nila Kekar Capacity
Fingerling production per cycle powered by solar aerators.
100 kWp
Floating PV Array
Aquavoltaic installation optimizing pond water evaporation.
100 kW
EV Charging Station
Solar EVCS infrastructure supporting electric transport.
Rural & Remote Island Technical Pillars
Delivering stable clean energy, aquaculture productivity, and IoT SCADA remote monitoring.
Grid-Forming Microgrid & BESS
Off-grid energy architecture utilizing 200 kWh / 100 kVA LFP battery storage with Energy Management System (EMS) for peak-shaving and PV smoothing.
Floating PV & Aquavoltaic Ponds
Co-location of 100 kWp floating solar panels on aquaculture retention ponds, powering automated paddlewheel aerators and water quality sensors.
AAVOLTA ONE Remote SCADA
Cloud-integrated Digital Twin platform for real-time telemetry, remote microgrid dispatch, automatic fault detection, and energy billing.
Ground-Mounted Displacement Mitigation (Purwakarta 100 MW Benchmark)
Conventional 100 MW Ground-Mounted PV projects (~80 ha) risk displacing agricultural activities and losing Rp 5–11 Billion/year in local rice crop revenues. AAVOLTA’s integrated AgriAquaVoltaic layout eliminates land loss by combining solar generation with active crop farming and aquaculture.
Conventional Ground-Mounted Risks
Complete land exclusion, loss of agricultural productivity, and community displacement.
AAVOLTA Integrated Solution
3.0× Land Productivity Increase via 3-tier functional stacking (Power + Crops + Aquaculture).
Electrify Remote Communities with Aquavoltaics
Consult with our microgrid engineers to assess off-grid solar, battery storage, and aquavoltaic feasibility for your island site.
