Asset Classes

Our comprehensive suite of services covers various renewable energy asset classes, all aimed at achieving top-level Performance Ratio (PR) for our customers' assets. From ground-mounted and rooftop solar PV to floating solar PV, onshore and offshore wind, hydroelectric facilities, and Battery Energy Storage Systems (BESS), we specialize in optimizing the performance of renewable energy assets. With tailored monitoring, maintenance, and reporting solutions, we ensure that our clients' assets operate at peak efficiency, maximizing energy output and contributing to a sustainable energy future.

Ground-mounted solar PV

Ground-mounted solar PV plays a crucial role in the energy transition by harnessing solar energy to generate electricity sustainably. Its scalability and relatively low environmental impact make it a key contributor to renewable energy portfolios worldwide. However, challenges such as vegetation management, monitoring for ground settlement, and ensuring accurate reporting for performance ratios (PR) require meticulous attention to operations and maintenance. We specialize in supporting ground-mounted solar PV systems to achieve top PR values through efficient monitoring, reporting, and maintenance strategies.

Rooftop solar PV

Rooftop solar PV systems offer decentralized energy generation, reducing reliance on centralized power sources and promoting energy independence. Their installation on existing infrastructure minimizes land use and environmental footprint. Challenges such as shading analysis, accurate monitoring of individual panels, and reporting for PR optimization demand tailored operations and maintenance approaches. Our expertise ensures rooftop solar PV systems operate at peak performance, maximizing energy output and PR values through effective monitoring and maintenance.

Floating solar

Floating solar PV presents a promising solution for utilizing water bodies to generate renewable energy, addressing land scarcity issues and leveraging underutilized spaces. Its potential for large-scale deployment in reservoirs and other water bodies makes it an attractive option for expanding renewable energy capacity. However, challenges such as water quality monitoring, buoyancy system maintenance, and accurate performance monitoring pose operational hurdles. We specialize in supporting floating solar PV projects to overcome these challenges, ensuring optimal performance and PR values through comprehensive monitoring and maintenance solutions.

Hydro

Hydroelectric power is a longstanding renewable energy technology that harnesses the energy of flowing water to generate electricity. Its reliability, flexibility, and ability to store energy make it a vital component of the energy transition, providing grid stability and renewable energy storage capacity. Challenges such as reservoir sedimentation management, turbine maintenance in variable flow conditions, and accurate reporting for PR assessment require specialized operational expertise. We specialize in supporting hydroelectric facilities to overcome these challenges, ensuring optimal performance and PR values through tailored monitoring, maintenance, and reporting solutions.

Onshore Wind

Onshore wind power is a mature and widely deployed renewable energy technology, contributing significantly to global electricity generation. Its cost-effectiveness and scalability make it a cornerstone of the energy transition. However, challenges such as monitoring turbine health, optimizing performance in varying wind conditions, and ensuring accurate reporting for PR assessment require specialized expertise. We offer tailored operations and maintenance support for onshore wind farms, helping clients achieve top PR values by implementing proactive monitoring, maintenance, and reporting practices.

Offshore wind

Offshore wind energy represents a frontier in renewable energy development, harnessing strong and consistent winds in offshore locations to generate electricity. Its potential for large-scale deployment in deep waters offers substantial energy production capacity. However, challenges such as remote monitoring and maintenance logistics, harsh marine environments, and accurate reporting for PR optimization necessitate specialized operational approaches. Our experience in offshore wind operations and maintenance ensures that assets perform at their best, maximizing energy output and PR values through advanced monitoring, maintenance, and reporting strategies.

Picture of Battery Energy Storage System (containerized) as it is used in solar power plan

BESS

Battery Energy Storage Systems (BESS) play a crucial role in integrating renewable energy sources into the grid, providing grid stability, and enabling efficient energy storage and retrieval. Their fast response times and scalability make them essential for balancing supply and demand in electricity systems. Challenges such as battery degradation management, optimizing charging and discharging cycles, and accurate reporting for PR assessment require sophisticated operational approaches. We offer comprehensive support for BESS operations, helping clients achieve top PR values by implementing advanced monitoring, maintenance, and reporting strategies tailored to their specific needs.