High-Yield Hybrid Renewable Energy Projects

Solar, Wind and BESS projects with over 5,500 annual production hours.

How Big Data & ML is Revolutionizing Energy Management

TRISKEL – ML Property Software Tool

Without Data Analytics, such as: • Inefficient Energy Production • Unoptimized Maintenance Practices • Poor Energy Storage Management • Grid Instability • Lack of Strategic Decision-Making

TRISKEL allows Smart Data Energy, generate Key Performance Indicators (KPIs) Measured Using Data Analytics, such as: • Energy Generation (kWh) optimization • Modelate mix between Solar PV, Wind, Bess Storage under same POI • Capacity Factor • Downtime and Uptime, track the operational time of equipment, such as wind turbines or solar pv together whit bess being able to extend Renewable Energy Flow Supply at to 100% • Energy Storage Efficiency • Grid Stability Metrics

Big Data
ML
Energy
Metrics & Efficiency

Hybrid Renewable Energy Projects

Our proprietary data analytics platform transforms how renewable energy projects are developed, optimized, and maintained. We can predict demand fluctuations and optimize energy storage with unprecedented accuracy. Our approach combines machine learning with deep energy expertise to create smarter, more efficient renewable energy systems that adapt to changing conditions in real-time. Our projects combine solar, wind and battery storage technologies to maximize energy production and ensure consistent power output throughout the year.

By strategically selecting locations with over 5,500 annual production hours, we optimize returns while contributing to the global transition to clean energy.

Solar PV
Wind Turbines
BESS
5,500+ Hours/Year

Data Centers Development

Strategic site selection for optimal performance and efficiency

Key Factors for Data Center Site Selection

Businesses should choose data center locations based on these critical factors to ensure performance, resilience, and efficiency.

1

Cloud Connectivity & Data Gravity

Data gravity means large datasets attract digital infrastructure. Place your data center near your largest data concentrations and cloud hubs.

  • Low-latency, direct cloud connections are essential. Without them, performance suffers, and you cannot use cloud services effectively.
  • Locations with high cloud density enable flexible hybrid and multi-cloud architectures.
2

Proximity to Industrial Ecosystems

A data center must be in a location that ensures low-latency connectivity for all business partners (e.g., in healthcare, manufacturing, or telecom).

  • Edge data centers are crucial for reaching partners in locations that larger, centralized data centers cannot serve effectively.
3

Network Availability

Data centers with a high density of network providers offer a strong foundation for connecting with partners and moving data quickly.

  • This is vital for strategies like geo-redundancy, ensuring business continuity by allowing data to be moved between locations without delay.
4

Stable & Renewable Energy

Locations must have a stable power grid with access to abundant renewable energy to ensure reliability and meet sustainability goals.

  • Providers use Power Purchase Agreements (PPAs) and Energy Attribute Certificates (EACs) to support local renewable energy markets.
5

Climate and Weather

Warmer climates increase cooling costs and challenge efficiency. Mitigations include using wider operating temperature ranges and liquid cooling.

  • While extreme weather is a risk, a global platform allows workloads to be quickly moved from affected areas to minimize disruption.

Project Development Process

From land acquisition to ready-to-build status

1

Site Identification

Using advanced data analytics to identify locations with optimal renewable resources and grid connection potential.

2

Land Rights Acquisition

Securing leasing or purchasing rights for optimal renewable energy locations with long-term agreements.

3

Feasibility & Permitting

Comprehensive analysis of project viability and navigating regulatory requirements to secure necessary approvals.

4

Ready-to-Build Status

Project fully permitted, financed and prepared for construction phase with all contracts in place.

5,500+
Annual Production Hours
1GW + BESS
Total Capacity
EUR/USA
Zones
+10 GW PV - WIND & BESS
Track Record

Get In Touch

Contact us to learn more about Smart Data Energy

Smart Data Energy

Headquarters

2424 W Harrison St. D, Chicago, IL 60612