Pipeline

Sycamore Energy currently has a secured pipeline of solar farm sites with grid capacity totalling c. 568MW.

568MW
Current Pipeline Capacity
255k Tons
CO₂ Annual Offset

Filter by type, status, and location to explore our comprehensive portfolio.

AgriPV
Permitted

Butera 1

This development is located in an Important Bird & Biodiversity Area ("IBA") but has been used for agricultural purposes for many years, leading to a deterioration of the habitat required for flora, fauna and avifauna to thrive. We engaged local botanists, ornithologists, hydrologists and other experts to advise us on how we could not only avoid adversely affecting the site further but actually make improvements that would regenerate the site.

Agricultural Solution: Environmental Regeneration

Comprehensive regeneration plan with ongoing monitoring
Significant increase in flora, fauna and avifauna
30+ years of clean energy production with local employment
Expert-guided biodiversity improvements creating sustainable ecosystem
Total Capacity 95.5 MW
Location Butera, Sicily
Agricultural Focus Environmental Regeneration
Butera One AgriPV clean technical layout plan showing blue striped areas representing solar panel arrays arranged in sections A, B, C, D1, and D2, green areas for vegetation/environmental zones, substation infrastructure including SS di connessione and SS Benestrada, control room location, storage facilities (Storage 2 MW), and various technical annotations with electrical specifications. The layout demonstrates the AgriPV approach with a cleaner, more focused view of the installation areas.
Butera, Sicily
Technical Layout Plan
95.5 MW
Capacity
AgriPV
Permitted

Gela

A comprehensive 86MW agrivoltaic installation in Gela, Sicily, combining sustainable energy generation with agricultural preservation, demonstrating our commitment to dual-use land management.

Agricultural Solution: Dual-Use Land Management

Comprehensive agrivoltaic installation maximizing land efficiency
Agricultural preservation maintaining productive farming operations
Dual revenue streams from clean energy and agricultural production
Sustainable energy generation with agricultural compatibility
Total Capacity 86 MW
Location Gela, Sicily
Agricultural Focus Dual-Use Land Management
Gela AgriPV technical layout plan showing blue areas representing solar panel installations arranged across multiple numbered cadastral parcels, red boundary lines defining property limits, purple/pink striped areas for specific zones or restrictions, white areas for agricultural/open land, and various numbered plot references. The plan shows detailed cadastral mapping with solar installations integrated across the agricultural landscape.
Gela, Sicily
Technical Layout Plan
86 MW
Capacity
AgriPV
Permitted

Mazzarino

A strategically located 47MW agrivoltaic facility in Mazzarino, Sicily, designed to optimise both solar energy generation and agricultural productivity through innovative dual-use technology.

Agricultural Solution: Innovative Dual-Use Technology

Strategic positioning optimizing solar energy generation potential
Advanced agricultural productivity enhancement through innovative technology
Dual revenue generation from renewable energy and enhanced farming
Cutting-edge agrivoltaic technology demonstrating sustainable innovation
Total Capacity 47 MW
Location Mazzarino, Sicily
Agricultural Focus Innovative Dual-Use Technology
Mazzarino AgriPV technical cadastral layout plan showing blue areas indicating solar panel installations arranged across multiple labeled zones (A, B, C, D, E, F, G, H), yellow/orange buffer zones for agricultural areas, red restricted areas, cyan/turquoise striped areas for specific land use designations, detailed plot numbering system with cadastral references, compass rose for orientation, and zone legend table. The layout demonstrates the AgriPV approach for the Mazzarino in Sicily with comprehensive zoning and cadastral mapping.
Mazzarino, Sicily
Technical Cadastral Layout Plan
47 MW
Capacity
AgriPV
Mid-stage Permitting

Butera 2

Building on the success of Butera 1, this expanded 113MW agrivoltaic development continues our innovative approach to sustainable development in the Butera region of Sicily.

Agricultural Solution: Innovative Sustainable Development

Expanded AgriPV approach building on proven Butera 1 success
Innovative sustainable development methodologies for enhanced impact
Regional economic development through expanded clean energy capacity
Advanced agricultural compatibility with community benefit focus
Total Capacity 113 MW
Location Butera, Sicily
Agricultural Focus Innovative Sustainable Development
Butera Two AgriPV aerial layout plan showing blue striped areas representing solar panel installations overlaid on satellite imagery of the actual terrain, green areas for environmental/vegetation protection zones, red areas for restricted or sensitive zones, boundary lines, and topographical features. The plan shows how solar installations are integrated with the natural landscape and agricultural areas while respecting environmental constraints.
Butera, Sicily
Aerial Layout Plan
113 MW
Capacity
AgriPV
Mid-stage Permitting

Rosato

Located in the Basilicata region, this innovative 17.5MW agrivoltaic installation combines clean energy production with specialised beekeeping operations, creating a unique agricultural solution that enhances local biodiversity and fauna while demonstrating our commitment to ecological enhancement.

Agricultural Solution: Beekeeping & Fauna Enhancement

Professional honey production supporting local pollinator populations
Biodiversity enhancement through strategic habitat creation
Dual revenue streams from solar energy and premium honey products
Perfect synergy: solar installations create microclimate benefits for bee colonies
Total Capacity 17.5 MW
Location Rosato, Basilicata
Agricultural Focus Beekeeping & Biodiversity
Rosato AgriPV technical layout plan showing green striped areas indicating solar panel installations arranged within a triangular/angular parcel boundary, orange/tan perimeter lines, access road entrance marked INGRESSO with red directional arrow, multiple Sassaie per anfibi e rettili (stone pile habitats for amphibians and reptiles) positioned around the site perimeter for environmental protection, and n.5 Arnie (5 beehives) marked in specific locations to support local biodiversity. The layout demonstrates the AgriPV approach for the Rosato in Basilicata with environmental conservation measures integrated into the design.
Rosato, Basilicata
Technical Layout Plan
17.5 MW
Capacity
AgriPV
Mid-stage Permitting

Guglionesi

A 19.5MW agrivoltaic development in the Molise region, showcasing our commitment to bringing sustainable energy solutions to Italy's smaller agricultural communities.

Agricultural Solution: Rural Community Support

Sustainable energy solutions designed for smaller agricultural communities
Strategic employment opportunities creating 150+ local jobs during construction
Agricultural preservation maintaining traditional farming practices
Economic diversification bringing new revenue to traditional farming regions
Total Capacity 19.5 MW
Location Guglionesi, Molise
Agricultural Focus Rural Community Support
Guglionesi AgriPV technical layout plan showing solar panel installations with blue striped areas, green agricultural zones, and infrastructure elements across multiple land parcels in Molise
Guglionesi, Molise
Technical Layout Plan
19.5 MW
Capacity
AgriPV
Mid-stage Permitting

Campomarino

A 15MW agrivoltaic installation in Campomarino, Molise, designed to demonstrate sustainable energy generation while preserving traditional agricultural practices in this rural community.

Agricultural Solution: Traditional Practice Preservation

Demonstration of sustainable energy generation in rural environments
Preservation and support of traditional agricultural practices
Rural community economic enhancement through clean energy
Agricultural integration showcasing sustainable development model
Total Capacity 15 MW
Location Campomarino, Molise
Agricultural Focus Traditional Practice Preservation
Campomarino AgriPV technical layout plan showing solar panel installation layout with blue striped areas representing solar panel arrays arranged across multiple parcels, cyan/turquoise areas for water features or buffer zones, and various plot boundaries with infrastructure elements. The layout demonstrates the AgriPV approach for the Campomarino in Molise
Campomarino, Molise
Technical Layout Plan
15 MW
Capacity
AgriPV
Early-stage Permitting

Mariotto 1

The first of four innovative agrivoltaic developments in the Bitonto area of Puglia, this 19.9MW installation marks our strategic expansion into southern Italy's premier agricultural region, featuring intensive olive tree farming with modern Xylella-resistant varieties.

Agricultural Solution: Intensive Olive Tree Farming

Innovative agrivoltaic developments designed for southern Italy's premier region
Intensive olive tree farming with modern Xylella-resistant varieties
Traditional heritage preservation combined with renewable energy
Strategic agricultural expansion supporting Puglia's olive cultivation
Total Capacity 19.9 MW
Location Bitonto, Puglia
Agricultural Focus Intensive Olive Tree Farming
Mariotto One AgriPV technical layout plan showing solar panel installation layout with blue striped areas representing solar panel arrays, yellow areas for agricultural/vegetation zones, plot boundaries, and water course buffer zone (FASCIA DI RISPETTO CORSO D'ACQUA EPISODICO - 150m) for the AgriPV approach in Puglia
Bitonto, Puglia
Technical Layout Plan
19.9 MW
Capacity
AgriPV
Early-stage Permitting

Mariotto 2

The largest installation in our Puglia series, this 80MW agrivoltaic development represents a significant expansion of sustainable energy infrastructure while modernising olive cultivation through intensive farming methods and disease-resistant varieties.

Agricultural Solution: Intensive Olive Farming Advantages

Largest installation representing significant sustainable infrastructure expansion
Modernised olive cultivation through intensive farming methods
Disease-resistant varieties providing 100% protection and enhanced yields
Premium extra virgin olive oil production with enhanced economic impact
Total Capacity 80 MW
Location Bitonto, Puglia
Agricultural Focus Intensive Olive Farming Advantages
Mariotto Two AgriPV updated technical layout plan showing blue striped areas representing solar panel arrays distributed across multiple separate parcels in different locations, yellow areas for agricultural/vegetation zones, detailed plot boundaries, water courses, roads, and various infrastructure elements. The updated layout demonstrates a more comprehensive AgriPV design with solar installations spread across different locations within the area in Puglia
Bitonto, Puglia
Updated Technical Layout Plan
80 MW
Capacity
AgriPV
Early-stage Permitting

Mariotto Blu

This specialised 19.9MW agrivoltaic development demonstrates the perfect marriage of advanced solar technology with intensive olive tree farming, replacing traditional varieties with modern Xylella-resistant cultivars while maintaining Puglia's agricultural heritage.

Agricultural Solution: Modern Olive Cultivation Features

Perfect marriage of advanced solar technology with intensive farming
Intensive planting methods maximising yield per hectare
Disease-resistant varieties ensuring long-term productivity
Premium olive oil production revitalising traditional Puglia agriculture
Total Capacity 19.9 MW
Location Bitonto, Puglia
Agricultural Focus Modern Olive Cultivation
Mariotto Blu AgriPV technical layout plan showing the solar panel installation layout with blue striped areas representing solar panel arrays arranged in a systematic grid pattern, green boundary lines, and various plot boundaries with infrastructure elements. The layout demonstrates the AgriPV approach for the Mariotto Blu in Puglia
Bitonto, Puglia
Technical Layout Plan
19.9 MW
Capacity
AgriPV
Early-stage Permitting

Palo Del Colle

Completing our four-installation series in the Bitonto area, this 55MW agrivoltaic development demonstrates our comprehensive regional transformation approach, modernising Puglia's olive cultivation while maintaining agricultural heritage through intensive farming methods and Xylella-resistant varieties.

Agricultural Solution: Regional Olive Farming Transformation

Comprehensive regional transformation approach across four-installation series
Modernised Puglia olive cultivation maintaining agricultural heritage
Intensive farming methods with Xylella-resistant varieties
150+ local construction jobs during implementation
Total Capacity 55 MW
Location Palo Del Colle, Puglia
Agricultural Focus Regional Transformation
Palo Del Colle AgriPV technical layout plan showing solar panel installation layout with blue striped areas representing solar panel arrays arranged across multiple irregular-shaped parcels, green boundary lines, pink/purple buffer zones, and various plot boundaries with infrastructure elements. The layout demonstrates the AgriPV approach for the Palo Del Colle in Puglia
Palo Del Colle, Puglia
Technical Layout Plan
55 MW
Capacity
BESS
Early-stage Development

BESS Development Pipeline

Sycamore Energy is developing comprehensive Battery Energy Storage Systems (BESS) developments throughout Italy. This detailed technical layout plan shows a BESS facility with integrated solar generation, featuring blue grid patterns representing solar panel arrays, a central substation/control area with detailed electrical infrastructure, and strategic placement for optimal grid stabilisation and renewable energy integration.

Agricultural Solution: BESS Development Strategy

Strategic sites with optimal grid connection points and electrical infrastructure
Essential grid stabilisation services for renewable energy integration
Advanced technical layouts integrating solar arrays with battery storage systems
Contributing to Italy's energy transition with comprehensive facility planning
Total Capacity 300 MW
Location Central & Southern Italy
Agricultural Focus BESS Development Strategy
BESS Development Pipeline technical layout plan showing a BESS facility with blue grid patterns representing solar panel arrays arranged in rows, a central substation/control area with detailed electrical infrastructure including transformers and control buildings, green boundary areas, colored utility lines (red, blue, cyan), and various technical annotations including FOGLIO 132 and electrical connection details. The plan demonstrates the integration of solar generation with battery storage systems
Technical Layout Plan
BESS Facility neighbouring substation
300 MW
Capacity

Pipeline Summary

Overview of all Sycamore Energy installations across Italy, showcasing our comprehensive approach to renewable energy development and agricultural integration.

Butera 1

AgriPV
Location: Butera, Sicily
Capacity: 95.5 MW
Permitted

Gela

AgriPV
Location: Gela, Sicily
Capacity: 86 MW
Permitted

Mazzarino

AgriPV
Location: Mazzarino, Sicily
Capacity: 47 MW
Permitted

Butera 2

AgriPV
Location: Butera, Sicily
Capacity: 113 MW
Mid-stage Permitting

Rosato

AgriPV
Location: Rosato, Basilicata
Capacity: 17.5 MW
Mid-stage Permitting

Guglionesi

AgriPV
Location: Guglionesi, Molise
Capacity: 19.5 MW
Mid-stage Permitting

Campomarino

AgriPV
Location: Campomarino, Molise
Capacity: 15 MW
Mid-stage Permitting

Mariotto 1

AgriPV
Location: Bitonto, Puglia
Capacity: 19.9 MW
Early-stage Permitting

Mariotto 2

AgriPV
Location: Bitonto, Puglia
Capacity: 80 MW
Early-stage Permitting

Mariotto Blu

AgriPV
Location: Bitonto, Puglia
Capacity: 19.9 MW
Early-stage Permitting

Palo Del Colle

AgriPV
Location: Bitonto, Puglia
Capacity: 55 MW
Early-stage Permitting

Total Pipeline

568 MW
11 AgriPV installations across various permitting stages
11
AgriPV Installations
568 MW
4
Italian Regions
Sicily, Puglia, Molise, Basilicata