Light bulb We are launching Phase A – Olympus Greenport SA and actively acquiring land!

Olympus Greenport SA

Revolutionizing Sustainable Food Production and Local Community Development

1.37 billion EUR

Investment

3,100

Local Jobs

400 Ha

Greenhouses

35,000 m²

Logistics Center

200 MW

Cogeneration

100 MWp

Solar

Olympus Greenport SA Produce

Tomatoes

Peppers

Premium Tomatoes

Aubergines

Lettuce

Strawberries

Podcast

Listen to the podcast, diving deep into Phase A of Olympus Greenport SA, analysing the concept, the technology and the benefits.

Olympus Greenport SA Modules

High-Efficiency Greenhouse Complex (400 Ha)

Automated microclimate controls, IoT sensor arrays, and AI-driven fertigation.

Deploys automated microclimate controls, IoT sensor arrays, and AI-driven fertigation systems to maximize crop yield, resource efficiency, and output consistency.

Automated Logistics & Distribution Center (35,000 m²)

Autonomous mobile robotics, predictive inventory, and low-emission fleet infrastructure.

Incorporates autonomous mobile robotics (AMRs), predictive inventory management, and low-emission fleet infrastructure to streamline distribution and minimize transport latency.

Net-Zero Energy Microgrid

Hydrogen, natural gas CHP, solar PV, geothermal, and dynamic storage.

Integrates a multi-source generation matrix—combining hydrogen, natural gas CHP, solar PV, geothermal, and dynamic thermal/electrical storage—managed via intelligent load-balancing software to mitigate energy market volatility.

Olympus Greenport SA Synopsis

The Olympus Greenport project is a landmark investment exceeding €1.37 billion designed to establish a high-yield, climate-resilient agricultural ecosystem. Executed with a focus on regional integration, this initial phase aims to drive sustainable economic performance while optimizing supply chain efficiencies.

Operational Highlights & Infrastructure

Advanced AgTech Infrastructure: Covers 400 hectares of AI-monitored, semi-closed greenhouse facilities, leveraging precision fertigation, resource-recovery systems, and automated microclimate controls to maximize yield consistency.
Automated Supply Chain Hub: A 35,000 m² logistics facility featuring autonomous mobile robotics (AMRs), predictive inventory management, and low-emission fleet distribution to ensure rapid market access.
Resilient Energy Architecture: Operates on a net-zero microgrid combining high-efficiency Combined Heat & Power (CHP), solar array integration, geothermal extraction, and dynamic storage to hedge against energy volatility.

Socioeconomic & Strategic Returns

Human Capital Creation: Directly adds 3,100 high-value jobs across operational management, agtech engineering, and logistics control.
Regional Supply Chain Integration: Prioritizes local vendor engagement, accelerating regional business development and economic multiplier effects.
Risk Mitigation & ESG Alignment: Secures domestic food supply lines against environmental disruptions while lowering carbon intensity through waste-heat capture and zero-chemical runoff protocols.

This capital investment establishes a scalable benchmark for corporate sustainability, offering a balance between operational efficiency, long-term asset value, and environmental governance.

The Intelligent High-Yield Cultivation System

AI Driven Cultivation, Production and Business operations

AI-Optimized Cultivation

Predictive Climate Controls

Intelligent Energy Management

The Intelligent High-Yield Cultivation System represents an advanced agricultural production platform engineered to deliver sustainable, high-volume crop yields while mitigating supply chain and climate-related operational risks. By embedding artificial intelligence into everyday operational controls, the platform optimizes input efficiency, maintains product quality standards, and achieves net-zero operational performance.

Core System Pillars

AI-Optimized Cultivation: Implements autonomous digital management models alongside real-time IoT sensor arrays to continuously fine-tune fertigation, nutrient delivery, and crop management strategies.
Predictive Climate Controls: Utilizes machine-learning algorithms to analyze environmental data, enabling real-time microclimate adjustments that protect output consistency from external weather volatility.
Intelligent Energy Management: Integrates dynamic heating, cooling, and power routing software to minimize energy overhead, reduce peak-demand costs, and support a carbon-neutral footprint.

Strategic Business Value

Supply Continuity: Safeguards production volumes against environmental shocks, providing commercial partners with reliable, year-round inventory.
Quality Assurance & Compliance: Maintains closed-loop cultivation protocols to meet strict health, safety, and regulatory compliance targets with minimal reliance on chemical interventions.
ESG Performance: Directs resources toward high-density production while lowering overall Scope 1 and Scope 2 operational emissions.

35,000 m² Intelligent Logistics & Fulfillment Hub

Intelligent and Efficient High Throughput Logistics Hub

Predictive Inventory & Logistics Routing

Robotic Process Automation & Material Handling

Resilient Energy Infrastructure

Olympus Greenport's logistics center integrates advanced industrial automation, robotics, and predictive analytics to drive high-throughput fulfillment, optimize inventory management, and eliminate operational error.

Key Components:

Robotic Process Automation & Material Handling: Deploys Autonomous Mobile Robots (AMRs) and automated sorting systems to accelerate processing speed, maximize floor space efficiency, and scale material throughput.
Predictive Inventory & Logistics Routing: Leverages AI-driven analytics to optimize warehouse slotting and route fulfillment flows based on real-time demand forecasting and stock-keeping requirements.
Resilient Energy Infrastructure Integration: Utilizes an automated energy routing system to deliver uninterrupted, low-carbon power to cold-storage and robotic fulfillment infrastructure.

The 200 MW Intelligent Power Complex

Highly Efficient, Carbon Free, Energy Production, Storage and Management

Adaptive Dual-Fuel CHP (200 MW)

Predictive AI Energy Management

Co-Located Solar & Energy Storage

The 200 MW Intelligent Power Complex represents a high-capacity energy infrastructure designed to optimize power, heating, and cooling distribution across the Greenport development and external grid network. By integrating multi-fuel generation assets with AI-driven energy management, the platform drives operational cost efficiencies, enhances grid resilience, and supports a structured decarbonization strategy.

Core Infrastructure & Asset Matrix

Adaptive Dual-Fuel CHP Systems (200 MW): Deploys high-efficiency Combined Heat and Power (CHP) units engineered to run on Natural Gas (NG) with seamless green hydrogen (H₂) blending capabilities, lowering carbon intensity without sacrificing baseload stability.
Co-Located Solar & Energy Storage: Combines solar PV infrastructure with utility-scale thermal and electrical storage assets to capture surplus generation, mitigate peak-load surcharges, and balance intra-day demand spikes.
Predictive AI Energy Management System: Serves as the central operational hub, utilizing machine-learning algorithms to model real-time demand, automate load balancing, and optimize energy transactions across facilities and the external grid.

Strategic & Economic Value

Cost Optimization & Energy Arbitrage: Employs dynamic software controls to manage peak shaving, self-consumption, and grid exports, lowering net energy expenditure across all operational assets.
Business Continuity & Supply Resilience: Insulates high-value cultivation and logistics infrastructure from external grid failure through localized generation and rapid microgrid islanding capability.
Scope 1 & 2 Emissions Reduction: Supports corporate ESG mandates by capturing high-temperature waste heat for greenhouse climate control and systematically increasing green hydrogen fuel ratios.