Remote monitoring, SCADA systems integration, and ruggedized infrastructure for offshore wind, solar arrays, and geothermal projects. Supporting Cornwall's Good Growth renewable energy sector with 99.9% uptime infrastructure.
Cornwall's renewable energy sector operates in environments and conditions that destroy conventional IT systems. Offshore wind, remote solar farms, and deep geothermal projects require infrastructure built for operational continuity.
Offshore platforms, remote hilltop installations, subsea equipment. Salt corrosion, extreme weather, electromagnetic interference. Standard enterprise hardware fails within months. Ruggedized systems with IP67+ ratings required.
Every minute of downtime costs generation capacity. A 10MW offshore wind farm losing connectivity for one hour loses £500+ in generation. SCADA systems require 99.9%+ availability with redundant connectivity (4G/5G/satellite).
SCADA systems, PLCs, RTUs, weather sensors, turbine controllers. OT networks run different protocols (Modbus, DNP3, IEC 61850). Standard IT support doesn't understand industrial control systems. Air-gapped or segregated networks required for security.
National Grid compliance requirements, DNO connection standards, IEC 61400 wind turbine specifications, Cyber Assessment Framework (CAF) for CNI. Good Growth funding requires demonstrable cybersecurity and data sovereignty compliance.
Purpose-built systems for renewable energy operations. Remote monitoring, SCADA integration, redundant connectivity, and 24/7 support for mission-critical infrastructure.
Industrial control system integration and monitoring. Real-time data acquisition from turbines, inverters, weather stations, and grid connections.
24/7 monitoring of distributed energy assets. Automated alerting for performance anomalies, connectivity failures, or security events.
Hardware designed for industrial environments. IP67-rated enclosures, wide temperature ranges, shock/vibration resistance.
Multiple connectivity paths for mission-critical sites. Automatic failover ensures continuous monitoring even during primary link failures.
Industrial cybersecurity following IEC 62443 standards. Protecting SCADA systems from ransomware, unauthorized access, and supply chain attacks.
Technical infrastructure aligned with Good Growth funding requirements. Demonstrable productivity improvements, digital maturity, and security compliance.
InfiniTech provides infrastructure for solar farms, offshore wind support operations, and geothermal monitoring projects across Cornwall. Our systems operate in the harshest conditions the South West can deliver.
12MW solar farm across three sites in North Cornwall. 4G cellular connectivity with satellite backup. Real-time monitoring of 45,000+ panels. Inverter performance analytics, weather correlation, automated fault detection. £2,400/year connectivity costs vs £50,000+ annual generation optimization value.
IT infrastructure for offshore wind support vessel operations. Ruggedized edge computing for vessel-based maintenance teams. Satellite connectivity for real-time turbine diagnostics while offshore. Mobile device management for 30+ field tablets in harsh marine environments.
Deep geothermal exploration project data infrastructure. Remote data collection from borehole sensors. Secure data transfer to university research partners. GDPR-compliant data handling. Environmental monitoring compliance reporting for planning conditions.
Backend infrastructure for public EV charging network. Real-time monitoring of 50+ charge points. Payment processing integration. Usage analytics and demand forecasting. Remote diagnostics and fault resolution reducing engineer callouts by 60%.
Every hour of lost connectivity costs generation revenue. InfiniTech's infrastructure pays for itself through uptime alone.
Generation capacity: 10MW × £60/MWh = £600/hour
One hour downtime: £600 lost revenue
Annual monitoring cost: £3,600 (4G + satellite)
Break-even: Preventing just 6 hours of downtime per year
Typical result: 99.95% uptime = £2,600+ annual value
Generation capacity: 5MW × £50/MWh = £250/hour (daytime)
One day downtime: £2,000+ lost revenue
Annual monitoring cost: £2,400 (4G primary)
Performance optimization: 2-3% yield improvement = £20,000+ annually
ROI: Equipment pays for itself in 6 weeks
Free consultation to assess your monitoring, connectivity, and SCADA integration requirements. We'll provide a technical roadmap and budget estimate specific to your project.
Tell us about your renewable energy project. We'll provide a technical roadmap.