Overview
CerAnode™ SOL Solar Power Systems provide reliable, off-grid power for impressed current cathodic protection (ICCP) systems operating where commercial AC power is unavailable or impractical. By combining high-efficiency solar panels, battery storage, and intelligent power management, the SOL delivers dependable DC power to rectifiers, anode systems, remote monitoring equipment, and other critical cathodic protection infrastructure.
Designed for long-term performance in remote and demanding environments, the SOL platform offers a sustainable, low-maintenance alternative to utility power and fuel-powered generators. Modular system configurations allow each installation to be tailored to site conditions, power requirements, and project objectives.
Key Features & Benefits
Reliable Off-Grid Power
High-efficiency photovoltaic panels and integrated battery storage provide continuous DC power without requiring access to commercial electrical service.
Optimized for ICCP Systems
Designed to supply stable DC power for cathodic protection rectifiers, anode beds, monitoring equipment, and other corrosion control applications.
Modular System Design
Solar array size, battery capacity, controllers, and mounting systems can be configured to meet project-specific power requirements.
All-Weather Performance
Engineered for dependable operation in remote, coastal, industrial, and environmentally demanding locations with minimal routine maintenance.
Remote Monitoring & System Integration
Compatible with telemetry, SCADA platforms, data logging systems, and remote monitoring equipment for real-time performance and system diagnostics.
Typical Applications
- Remote pipeline cathodic protection systems
- Aboveground and underground storage tank facilities
- Offshore platforms and marine infrastructure
- Valve stations, pump stations, and utility assets
- Remote monitoring and telemetry installations
- Industrial facilities requiring off-grid DC power
Installation & Accessories
Flexible Mounting Configurations
Available with pole-mounted, ground-mounted, skid-mounted, and structural solar array configurations to accommodate site-specific requirements.
Integrated Battery Storage
Weather-resistant battery enclosures provide reliable energy storage for continuous operation during nighttime and low-sunlight conditions.
Low-Resistance Electrical Connections
Heavy-duty DC wiring and protection devices ensure reliable integration with rectifiers, cathodic protection circuits, and monitoring equipment.
Monitoring System Compatibility
Compatible with remote monitoring platforms, SCADA systems, telemetry equipment, and battery management systems for continuous performance monitoring.
Custom Configuration Options
Available with configurable solar array capacities, battery banks, charge controllers, enclosure styles, mounting systems, and monitoring accessories to meet project requirements.
Documentation
- Technical Data SheetDownload 103 KB
Engineered for your application
No two cathodic protection systems are identical. Tell us the current requirement, electrolyte and installation constraints and we will configure the anode around them.
Air-Cooled Rectifier (ASAI)
CerAnode™ ASAI Air-Cooled Rectifiers are compact DC power supplies engineered for impressed-current cathodic protection (ICCP) systems. Designed to convert AC input power into adjustable DC output, ASAI rectifiers deliver stable current control for pipelines, storage tanks, marine structures, and other cathodic protection applications.
Oil-Cooled Rectifier (OSOI/OSXI)
CerAnode™ OSOI and OSXI Oil-Cooled Rectifiers are high-capacity DC power supplies engineered for impressed current cathodic protection (ICCP) systems requiring continuous operation in demanding environments. Utilizing dielectric oil for transformer and rectifier cooling, these units provide stable DC output while minimizing thermal stress under high electrical loads.
Multi-Channel Rectifier (REC)
CerAnode™ REC Multi-Channel Rectifiers are advanced DC power supplies engineered to independently power multiple impressed current cathodic protection (ICCP) circuits from a single unit. Designed for complex corrosion protection systems, each output channel provides individually adjustable voltage or current to optimize protection across multiple structures or anode beds.
Fiberglass Junction Box (JBF)
CerAnode™ JBF Fiberglass Junction Boxes are non-metallic enclosures engineered to protect electrical connections in cathodic protection (CP) systems. Constructed from fiberglass-reinforced polyester (FRP), these junction boxes provide a durable, corrosion-resistant solution for housing anode leads, structure cables, reference electrodes, and monitoring circuits in demanding environments.
Explosion-Proof Junction Box (JBE)
CerAnode™ JBE Explosion-Proof Junction Boxes are heavy-duty electrical enclosures engineered for cathodic protection (CP) systems operating in hazardous locations. Designed to safely contain electrical connections in environments where flammable gases, vapors, or combustible dust may be present, the JBE Series provides secure termination points while helping maintain the safety and reliability of critical corrosion protection infrastructure.
Stainless Steel Junction Box (JBS)
CerAnode™ JBSS Stainless Steel Junction Boxes are rugged electrical enclosures engineered to protect critical wiring and electrical connections in cathodic protection (CP) systems. Manufactured from marine-grade 304 or 316/316L stainless steel, the JBSS Series provides exceptional corrosion resistance and long-term durability for demanding industrial, marine, and offshore applications