Commissioning software for energy projects
See how Bluerithm supports commissioning for energy projects including solar, oil and gas, nuclear, geothermal, green hydrogen, hydropower, BESS, wind, fusion, and energy storage
Digitize Your Commissioning Workflows
Bluerithm’s cloud-based software can be customized to adapt to your unique process
Use on Any Device
Use Bluerithm on smartphones, tablets, and PCs online or offline.
Digital Forms and Checklists
Create custom forms and checklists that include equations and validation.
Progress Metrics
Give all stakeholders interactive access to all real-time project data.
Issue Logs and Punch Lists
Create, assign, and track issues on your projects. Easily view details including attachments, timestamps, and notes.
Generate Reports
Build customizable reports from anywhere including your real-time project data and export them as PDFs.
Reusable Templates
Create a reusable template library for checklists and forms you regularly use for your equipment and projects.
Quick Project Setup
Create a new project in minutes leveraging reusable templates. Ability to add thousands of equipment tags.
Multi-Language Support
Bluerithm natively supports major regional languages for our international customer base.
Digital Documentation
Store digital documents and photos on your projects, attach to equipment, and include in final reports.
Solar Commissioning: A Modern Playbook for Commissioning Firms
In the rapidly expanding world of utility-scale solar and hybrid renewable projects, commissioning firms face mounting pressure: deliver projects faster, maintain impeccable accuracy, produce polished deliverables, and scale operations across multiple crews and sites — often simultaneously. Solar commissioning today is far more complex than checking equipment installation. Firms must validate communications, networking, data acquisition systems, hybrid power systems (solar + BESS), regulatory requirements, and integrated system functionality — all while maintaining alignment with EPCs, owners, and OEMs.
How CHARGE POWER Technologies Saves Dozens of Hours, 1000’s of Pages on Every Project
Founded by Ravi Pinnelli, Charge Power specializes in the integration, commissioning, and execution of battery energy storage system (BESS) projects across Canada and the United States. Before implementing Bluerithm, Ravi’s team relied heavily on manual commissioning processes, including paper checklists and lengthy report generation. By moving to a cloud-based commissioning software platform, Charge Power standardized procedures, improved data collection, and streamlined reporting.
Why Commissioning for Energy Projects is Unique
What makes energy commissioning unique is the complexity, scale, regulatory oversight, and integration with the power grid, all wrapped in high-stakes performance expectations and tight operational timelines. Commissioning teams must collaborate with electrical, mechanical, civil, controls, cybersecurity, and utility grid specialists. Before a system goes live, it must be tested and validated according to utility interconnection requirements and regional Independent System Operator (ISO) protocols (e.g., ERCOT). Many energy projects must comply with regulatory entities and environmental constraints, adding additional layers of commissioning documentation and validation. Wind farms, solar plants, and transmission facilities are often located in remote areas. Energy projects often have sophisticated SCADA systems for real-time monitoring, alarms, and remote control. Owners, utilities, and financiers often require detailed commissioning records.
As big of a company as we are, the fact that we're still using it says something. People keep asking for more, and I think there's a lot of potential in the future for Bluerithm at RWE.
Katy Thomascik
A lot of our clients use Procore [a widely used construction management platform]. We plan to make use of the Bluerithm integration with Procore, which would allow us to link up project schedules and documents directly to Bluerithm, without manual data input.
Ravi Pinnelli
Key Benefits of Bluerithm for Energy Projects
Scalability and Adaptability
Bluerithm can help you manage both scale and nuance of energy commissioning projects effectively.
Detailed and Customized Commissioning Reports
Easily generate required reports at the system and detail levels. Give all stakeholders a clear indication of the project status.
Enhanced Issue Tracking and Accountability
You can assign and monitor issues in real time, ensuring transparency across all stakeholders. Track resolution timelines clearly and efficiently.
Streamlined Commissioning Workflow
Bluerithm can become fully integrated into your commissioning process, enabling more efficient project execution. The platform can facilitate faster updates, improve communication, and eliminate manual tracking with spreadsheets.
Integrated Documentation
ISO certifications and photographic documentation can be embedded directly in reports.
Detailed Compliance Tracking
Automatic date/time stamping and a centralized issue log simplify reporting and ensure traceability.
Remote Collaboration and Mobile Access
Field staff can use tablets or smartphones to complete checklists and inspections, upload photos and notes, access project documentation, and track updates in real time.
Secure Access and Offline Capability
Bluerithm's role-based access control gives you the power to tightly manage who can view and edit specific documents and systems.
We’ve gotten really positive feedback from our customers on the professionalism and the consistency of our reporting. That probably is what has separated us from others.
Brian Otto
Our goal is to make sure clients have a solid quality asset that meets their operational goals across the entire lifecycle—sometimes ten or more years. Because of the uniqueness of every project, we spent many hours writing up checklists and reports, typically in Microsoft Word or Excel. Come the next project, we’d have to start over from scratch. With Bluerithm, I can standardize these processes into templates that can then be modified for each project, instead of just starting from scratch.
Ravi Pinnelli
Rolling out new systems, equipment standards, or capital projects across multiple facilities is one of the most complex tasks in industrial operations. Each plant has its own history, equipment mix, constraints, and culture. Commissioning teams often juggle inconsistent documentation, disconnected spreadsheets, siloed communication, and shifting schedules that make it difficult to maintain alignment at scale. Cloud-based commissioning platforms are transforming this process.
How Renewable Energy Integration Group Standardized and Scaled Operations with Bluerithm
REIG is a utility-scale renewables communication company specializing in data acquisition and communication infrastructure for solar and battery storage projects. Their primary focus is ensuring that utility-scale solar sites deliver accurate, real-time data into end-user software platforms, enabling informed decision-making for performance tracking, operations and maintenance (O&M), and financial analysis. Brian Otto helped the company grow its commissioning and project management capabilities with Bluerithm at the core.
How Big Things Get Done with Commissioning
In construction, especially when dealing with large-scale projects or “megaprojects,” as detailed in the book “How Big Things Get Done” by Bent Flyvbjerg and Dan Gardner, the concept of commissioning emerges as a pivotal element that contributes to the success and sustainability of projects.
Learn More About Bluerithm
Learn more about how Bluerithm supports commissioning for energy projects
Industrial Commissioning Software
See how Bluerithm supports industrial commissioning projects
Security and Reliability
Bluerithm is highly reliable and security is built-in with state of the art practices and protocols
Energy Blog Posts
Resources to help you learn more about Bluerithm
We have resources including videos, case studies, a blog, and webinars. Learn more about how Bluerithm can help streamline your commissioning processes.