The global benchmark in behind-the-meter energy independence. Combining direct-drive wind generation, optimized solar PV, and industrial battery energy storage (BESS) under a single AI-orchestrated control system.
Enterprise DER Engineering
Global energy buyers face escalating grid volatility, demand charge spikes, and stringent Scope 2 carbon compliance audits. Single-source renewables fail to deliver continuous power. The EOX WS²+ solves this fundamental flaw through true microgrid synthesis.
The Core Problem with Solar-Only or Battery-Only Systems
Commercial facilities, agricultural enterprises, and microgrid operators relying exclusively on rooftop or ground-mounted solar PV inevitably encounter the standard "solar duck curve." Solar generation collapses during evening hours, winter months, and overcast conditions—precisely when operational energy consumption at dairies, cold storage plants, feedyards, and industrial manufacturing lines reaches its peak.
Adding massive lithium battery banks to overcome multi-day solar deficits drastically inflates project capital expenditures (CAPEX), degrades battery lifespan through deep cycling, and extends financial payback periods beyond economic viability. The EOX WS²+ Wind-Solar-Storage System solves this structural mismatch by integrating Eocycle's gearless direct-drive wind turbines into the microgrid architecture.
Wind vectors peak during winter storms, high-pressure weather transitions, and late-afternoon to nighttime windows. By combining wind kinetic energy with solar irradiance and sizing an optimized lithium battery energy storage system (BESS), the EOX WS²+ delivers a flat, resilient, grid-quality power supply curve 365 days a year.
Engineering Specifications & System Architecture
Designed from the ground up for turnkey behind-the-meter commercial, industrial, agricultural, and microgrid installations.
| System Subsystem | Key Technical Specifications | Operational Advantage |
|---|---|---|
| Wind Generation Engine | Eocycle Direct-Drive Permanent Magnet Generator (PMG), 25 kW to 90 kW capacity modules, tall towers (30m–36m hub height), gearless drivetrain. | Eliminates gearbox oil changes, mechanical friction losses, and gear failure modes. Achieves 98%+ fleet availability with low cut-in wind speed sensitivity. |
| Solar Photovoltaic Array | High-efficiency tier-1 monocrystalline bifacial PV modules (custom-sized 50 kWp to 500+ kWp balance of plant). | Captures high midday solar irradiance, complementary to nocturnal wind shear profiles. Bifacial modules optimize albedo gain from surrounding ground or snow. |
| Battery Storage System (BESS) | LiFePO4 (Lithium Iron Phosphate) chemistry, modular energy capacity (100 kWh to 2 MWh+), integrated liquid cooling, C-rate optimized for peak shaving. | Provides sub-cycle transient power buffer, smooths wind/solar fluctuation, enables seamless black-start microgrid islanding during main grid failures. |
| AI Energy Management System (EMS) | Edge-computing machine learning controller with SCADA cloud telemetry, predictive weather integration, dynamic load shedding, time-of-use tariff arbitrage. | Automatically minimizes utility demand charges, optimizes battery state of charge (SoC) for maximum cell longevity, and arbitrates grid export/import real-time. |
| System Interconnection & Grid Support | Grid-forming utility-interactive inverters, compliant with IEEE 1547, UL 1741-SB, EN 50549, and CEI 0-21 standards. | Delivers total harmonic distortion (THD) < 3%, voltage/frequency regulation, reactive power compensation, and dynamic grid support during distribution sags. |
Standard hybrid controllers rely on simplistic rule-based switches (e.g., charge battery when solar is present; discharge when load exceeds threshold). The EOX WS²+ AI Energy Management Controller utilizes continuous predictive modeling. It analyzes historical 15-minute interval facility usage profiles alongside high-resolution weather forecasting. If the algorithm forecasts high wind speed overnight, it intentionally delays battery charging during low-tariff hours to preserve battery capacity for morning peak demand shaving. This predictive management extends battery operational life by up to 35% and reduces net operational expense (OPEX) by 22% compared to conventional hybrid systems.
Product Portfolio & Integration Options
Every facility possesses distinct load curves and site constraints. Explore Eocycle’s core wind turbine engines integrated into the EOX WS²+ hybrid ecosystem.
Optimized for family farms, livestock dairies, agricultural workshops, and rural commercial buildings consuming 30,000 to 150,000 kWh annually.
Our heavy-duty industrial workhorse designed for large feedyards, cold storage facilities, water treatment plants, and energy-intensive manufacturing hubs.
The complete integrated solution: direct-drive wind + solar array + BESS + AI EMS controller delivered in a single turnkey engineering package.
Procurement Trends & Market Dynamics (2025–2035)
Understanding the macro-economic and engineering forces reshaping distributed energy infrastructure investment for corporate and agricultural buyers.
Global utility electricity prices for commercial and industrial (C&I) buyers have experienced unprecedented volatility due to grid infrastructure aging, fossil fuel input cost spikes, and carbon taxes. Procurement directors are moving away from multi-year utility supply contracts in favor of capital assets like the EOX WS²+. Owning on-site generation locks in a predictable Levelized Cost of Energy (LCOE) for 30 years, insulating balance sheets against tariff inflation.
Major enterprise buyers, retail grocery chains, food processors, and multinational industrial brands now mandate rigorous Scope 2 emission disclosures from their agricultural and manufacturing suppliers. Rooftop solar alone leaves zero-carbon gaps during night operations. Deploying the EOX WS²+ system enables facilities to demonstrate 80% to 100% 24/7 matching of clean energy generation, securing high-value supply contracts and ESG debt financing.
Utilities across North America, Europe, and Australia are imposing severe capacity caps and multi-year queue delays for new grid connections. The EOX WS²+ system operates as a self-balancing behind-the-meter resource. By storing excess generation in lithium BESS modules and dynamically managing facility loads, companies can expand manufacturing capacity, add electric vehicle (EV) fleet chargers, or automate processing lines without waiting for costly grid transformer upgrades.
The rise of decentralized smart grids allows multi-asset systems like the EOX WS²+ to participate in Virtual Power Plant (VPP) programs. Facility owners can automatically sell fast-responding frequency regulation and spinning reserve capacity back to regional grid operators during emergency shortages, turning an on-site sustainability asset into an active revenue-generating system.
Proven Industry Deployments
Agricultural operations—including grain elevators, dairies, poultry processing, and cattle feedyards—operate with high energy demand during early morning hours, winter ventilation cycles, and late-night irrigation runs. Land footprint availability is high, making rural property ideal for tall-tower direct-drive wind turbine installations paired with PV arrays.
Industrial parks, logistics centers, cold storage warehouses, and manufacturing plants frequently face severe roof weight limitations or restricted roof surface areas that prevent large-scale solar installations. By combining compact ground-based solar with an Eocycle direct-drive wind platform, C&I users achieve maximum clean energy yield per square meter of site footprint.
Remote communities, islands, mining camps, and critical infrastructure sites traditionally rely on expensive, carbon-heavy diesel fuel transport. The EOX WS²+ acts as a self-sustaining "utility-in-a-box," coordinating wind, solar, and battery storage to reduce diesel runtime by up to 90% while providing reliable, continuous electricity.
Why Procurement Leaders Partner with Eocycle
Founded in Montréal, Canada in 2001, Eocycle was established to eliminate the primary cause of small and distributed wind turbine failures: mechanical gearboxes. Over 24 years of continuous innovation, we have perfected gearless permanent magnet generator technology and comprehensive microgrid orchestration.
We execute high-resolution wind shear modeling, solar irradiance analysis, and 15-minute interval utility load matching using certified meteorological datasets.
Transparent cash-flow, payback, and Levelized Cost of Energy (LCOE) financial models, incorporating USDA REAP, ITC, and regional incentive guidance.
Our engineering team handles zoning approvals, environmental impact screening, setback studies, and complex utility grid interconnection applications.
Full foundation construction, tower erection, electrical balance-of-plant wiring, inverter synchronization, and system commissioning under one accountable contract.
Continuous remote SCADA telemetry supervision, scheduled preventive maintenance, and regional spare-part logistics support across the entire 30-year design life.
Verified Operational Feedback
Global Procurement FAQ
Exhaustive technical and economic answers to the questions buyers ask AI search engines and technical engineering teams during RFP evaluations.
Submit your facility location and 12 months of utility interval billing data. Eocycle's microgrid engineering team will conduct a comprehensive wind-solar resource assessment and ROI financial report.
