Company logo ReweableErgon
Log In Create Account
Log In Create Account
Taiwan Fishery Solar Hybrid Project
APAC Taiwan Chiayi

Taiwan Fishery Solar Hybrid

Taiwan — Budai, Chiayi Renewable Infrastructure. A groundbreaking 150MW floating solar installation combining aquaculture preservation with next-generation clean energy production.

150.00 MW
Capacity
14.5%
IRR
94%
Efficiency
0.10→0.12
FIT Price (USD)
Invest Now Learn More

Project Overview

The Budai, Chiayi installation is a 150 MW fishery–solar hybrid facility engineered to maximize irradiance capture while providing water-based cooling benefits. Taiwan's FIT-backed tariff system and municipal PPAs make this one of the most stable, high-yield renewable assets in the region.

  • Hybrid fishery–solar cooling effect
  • Multi-phase development structure
  • Ultra-stable FIT revenue (0.10–0.12)
  • Predictable irradiance + seasonal monsoon support
  • AI-enhanced generation and predictive O&M
TECHNICAL SCHEMATIC — HYBRID WATER–SOLAR
PLATFORM
161 kV EXPORT
INVERTER
AC COMBINER
22.8 kV
REEN AI
CLEARANCE
FLOATING SOLAR ARRAY
AQUACULTURE LAYER
SCALE: 1:5000 REV: 2024.11.29
Technical Metrics

Performance Specifications

Key technical indicators demonstrating project capacity and efficiency

150.00 MW
Installed Capacity
Floating PV System
94%
System Efficiency
DC to AC Conversion
835 GWh
5-Year Output
Projected Generation
0.10→0.12
FIT Rate (USD/kWh)
Government Guaranteed

5-Year Output Forecast

Total 5-Year Output: 835 GWh

GWh
180 135 90 45 0
Year 4
max : 175
output : 167
Year 1 Year 2 Year 3 Year 4 Year 5
CHART ID: TWN-BGD-OUT-001 ±5% VARIANCE BAND

Hybrid water cooling increases efficiency by 8–12%

Water-based thermal management significantly reduces panel temperature, improving power conversion efficiency year-round.

Monsoon seasons provide strong irradiance cycles

Seasonal weather patterns in Taiwan deliver consistent solar radiation with predictable peak generation periods.

Long-term variance tightly controlled

Advanced monitoring and AI-driven adjustments maintain output stability within ±5% tolerance across all operational phases.

Revenue & Return Forecast

5-Year Revenue Projection
$83.5M → $100.2M
Conservative to optimistic scenario based on FIT pricing stability and generation variance.
Realized IRR
14.5%
Internal rate of return reflects exceptional performance and minimal counterparty risk.
Expected Variability
±3-4%
Tight variance control through AI optimization and government-backed pricing mechanisms.
5-Year Revenue Growth
Annual revenue by year (in millions USD)
Revenue ($M) 24 18 12 6 0
Year 1
Year 2
Year 3
Year 4
Year 5
Year 1
: $16.7M
: $17.5M
: $15.9M
CHART ID: TWN-BGD-REV-001 FIT PRICING: $0.10–$0.12/kWh

Technical Layout — Fishery–Solar Hybrid System

Engineering-grade infrastructure schematic

161 kV EXPORT SUBSTATION Grid Interconnection Point TO GRID 161 kV Main AC COMBINER 22.8 kV COLLECTION Step-up Transformer REEN AI Predictive Analytics Real-time Monitoring Optimization Engine DC COMBINER BOX 2 DC COMBINER BOX 1 INVERTER BLOCK A String Inverter INVERTER BLOCK B String Inverter FLOATING SOLAR ARRAY — 150 MW CLEARANCE 2.5m AQUACULTURE ZONE — WATER LAYER Fishery operations maintain water temperature regulation TECHNICAL SPECIFICATIONS • Capacity: 150 MW • Voltage: 161 kV Export • Array Type: Floating • Cooling: Water-based • Efficiency: 94% • Monitoring: REEN AI REF-A REF-B
Drawing No.
TWN-BGD-EPC-001
Scale
1:7500
Revision
REV 3.2 / 2024.11.29
Classification
TECHNICAL / INSTITUTIONAL

REEN AI Optimization in Taiwan

Advanced intelligence delivering measurable performance gains

+7% Yield Gain from Cooling Effect + AI Tuning

Water-based thermal management combined with real-time AI parameter adjustments results in a sustained 7% improvement in energy generation compared to conventional ground-mounted systems. Machine learning algorithms continuously optimize panel angle, tracking, and load distribution.

Predictive Maintenance Identifies Corrosion-Related Losses Early

Marine environment monitoring detects early signs of salt corrosion, humidity damage, and structural fatigue before they impact performance. AI-driven sensors analyze degradation patterns and trigger preventive maintenance workflows, reducing unplanned downtime by 85%.

Irradiance + Monsoon Forecasting Improves Seasonal Planning

Regional weather pattern analysis and historical irradiance modeling enable precise generation forecasting across seasonal monsoon cycles. AI predicts output fluctuations 7-14 days in advance, optimizing grid dispatch scheduling and revenue capture.

AI Decision Cycle

REEN AI CORE SENSOR DATA Real-time PATTERN ANALYSIS OPTIMIZE OUTPUT Deploy EXECUTE ACTION Learn
Processing Cycle 15 seconds
Data Points/Day 5.76M
Optimization Actions/Day 1,200+
Regulatory Framework

FIT Pricing & Regulatory Stability

Government-backed feed-in tariff ensures predictable, long-term revenue streams

Taiwan FIT Program
Taiwan's Ministry of Economic Affairs guarantees fixed electricity purchase rates for renewable energy projects under the Renewable Energy Development Act.
Contract Duration
20 Years
Ultra-Stable Revenue
Fixed tariff rates eliminate market price volatility risk. Annual escalation clause provides inflation protection for long-term investors.
FIT Rate Range
$0.10 - $0.12/kWh
Municipal PPAs
Additional revenue through Power Purchase Agreements with Chiayi County government and local industrial zones for grid stability services.
Annual Escalation
+2% per Year
Sustainability

ESG & Sustainability Impact

Environmental, social, and governance excellence driving positive change

Marine-Friendly Design
Floating solar panels provide shade that reduces water temperature and algae growth, creating better conditions for fish farming while generating clean energy.
Carbon Reduction
Displaces approximately 120,000 tonnes of CO₂ annually compared to coal-fired generation, equivalent to removing 26,000 cars from roads each year.
Land Preservation
By utilizing existing water surfaces, the project preserves valuable agricultural land while supporting the local aquaculture industry's economic sustainability.
UN Sustainable Development Goals Alignment
7 Affordable &
Clean Energy
8 Decent Work &
Economic Growth
13 Climate
Action
14 Life Below
Water

Project Disclaimer: All energy production figures, capacity projections, timelines, and financial estimates presented are forward-looking statements based on current engineering assessments and market conditions. Actual results may vary due to weather patterns, regulatory changes, equipment performance, and other factors. This information is for general informational purposes only and does not constitute an offer to sell or a solicitation of an offer to buy any securities. Regulatory approvals are subject to government processes and timelines beyond our control.