Distributed Wind (W)
Direct-drive permanent magnet wind turbines (25 kW – 90 kW) designed for high winter, nighttime, and stormy condition generation when solar irradiance is low.
EOX WS²+ Wind-Solar-Storage System
AI-Driven Microgrid & On-Site Distributed Energy Resource (DER) Optimization Platform.
Distributed Energy Resource (DER) Evolution
A Smarter Way to Deploy On-Site Renewable Energy
EOX WS²+ is Eocycle’s flagship hybrid energy platform designed to transform variable renewable generation into a fully dispatchable, highly reliable, and financially optimized power system for agricultural, commercial, industrial, and off-grid facilities.
By pairing gearbox-free direct-drive wind energy with solar photovoltaics and battery storage under an AI-driven Energy Management System (EMS), global procurement teams can bypass grid capacity constraints, mitigate electricity tariff volatility, and achieve 24/7 energy autonomy.
Four System Pillars
Integrated Hybrid Architecture: Wind + Solar + Storage + AI
Each hardware and software module in the EOX WS²+ ecosystem is performance-matched to ensure uninterrupted zero-emission electricity generation.
Commercial Solar (S)
High-efficiency rooftop or ground-mounted PV arrays calibrated to maximize peak summer daylight production and meet diurnal energy surges.
Battery Storage (S)
Industrial Lithium Battery Energy Storage Systems (BESS) engineered for continuous peak shaving, load shifting, and emergency zero-downtime backup capability.
AI-Driven EMS (+)
Machine-learning control unit executing real-time power dispatch algorithms, weather forecasting, grid arbitrage, and automated demand-response management.
Technical Complementarity
Why Wind and Solar Perform Better Together
Single-source renewable setups suffer from seasonal intermittency. Solar generation peaks exclusively in summer daylight, whereas on-site wind generation reaches maximum output during winter months and throughout overnight hours.
- Seasonal Balance: Winter wind power offsets low solar irradiation levels.
- 24/7 Energy Smoothness: Overnight wind power charges battery banks for morning operational spikes.
- Grid Connection Optimization: Prevents grid interconnection bottlenecking without clipping renewable yield.
- Lower LCOE: Combined generation profile dramatically reduces overall levelized cost of energy per kWh.
Intelligent Control
How EOX WS²+ Manages Power Distribution
Four automated cycles orchestrating generation, storage, load, and grid integration.
1. On-Site Production
Wind turbines and solar PV arrays produce simultaneous power tailored to local climate characteristics, delivering stable voltage and power quality.
2. Priority Consumption
Generated energy is routed directly to local facility loads (cold storage, irrigation pumps, manufacturing, EV chargers) to instantly reduce utility bill draw.
3. Intelligent Storage
Surplus energy is diverted to high-density BESS battery enclosures, eliminating costly energy curtailment during periods of low site activity.
4. Market Optimization
The AI algorithm monitors utility spot pricing, discharging stored power during peak price bands and buying low-cost power when rates drop.
Engineering Advantages
Designed for High-Demand Industrial & Agricultural Operations
Year-Round Energy Autonomy
Reduces dependence on volatile utility networks by generating clean, predictable on-site electricity 365 days a year, mitigating power outage risks for critical operational assets.
AI Peak-Shaving & Tariff Arbitrage
Automatically clips expensive maximum-demand utility charges by dispatching stored energy during peak tariff windows, maximizing site payback efficiency.
Scope 2 Carbon Emissions Reduction
Delivers auditable, verifiable reduction in indirect greenhouse gas emissions, enabling industrial enterprises to comply with international ESG reporting and global supply-chain compliance audits.
30-Year Heavy-Duty Design Life
Engineered using Eocycle’s proven direct-drive turbine drivetrain architecture with zero gearbox oil changes, ensuring high mechanical availability (>98%) in extreme weather environments.
Turnkey Execution
From Feasibility Study to 30-Year System Operation
Data Modeling
Interval consumption profiling overlaid with LiDAR wind resource and solar irradiance modeling.
System Sizing
Custom sizing of direct-drive wind capacity, solar PV peak rating, and battery storage kWh capacity.
Permitting & Grid
Comprehensive environmental screening, structural engineering, and utility interconnection approval.
Installation
Foundation civil works, turbine erection, PV array deployment, BESS integration, and EMS commissioning.
Lifecycle O&M
Continuous SCADA telemetry, automated AI firmware optimization, and scheduled preventive maintenance.
Expert Guidance
Frequently Asked Questions
Technical insight into specifying the EOX WS²+ Wind-Solar-Storage system.
The EOX WS²+ is a turnkey hybrid energy solution integrating Distributed Wind (W), Commercial Solar (S), Battery Energy Storage Systems (S), and an AI-driven Energy Management System (+). The system orchestrates power flow across all power sources to maximize clean self-consumption and financial payback.
Wind and solar energy generation profiles are complementary. Solar output peaks during summer daylight hours, while wind generation is strongest at night and during winter months. Combining both resources creates a smoother, continuous energy production curve, while battery storage captures excess electricity to eliminate curtailment.
The Eocycle AI EMS continuously models localized weather forecasts, facility load profiles, and grid tariff structures. It automatically calculates the optimal schedule for storing energy, running on-site equipment, shaving peak demand charges, or trading energy with the grid.
Yes. The system is engineered to replace or minimize expensive diesel generator fuel consumption in remote microgrid applications, island systems, mining facilities, and weak-grid agricultural operations.
Ready to Optimize Your On-Site Power Profile?
Contact our microgrid engineers to request a site wind-solar resource assessment and custom economic modeling for your facility.