Innovative platform to deliver instant system validation and streamlined solar installations at the industry’s leading energy transition event.
Tigo Energy, Inc., a leading provider of intelligent solar and energy software solutions, has announced its participation as an exhibitor at the 2026 edition of KEY – The Energy Transition Expo, taking place in Rimini, Italy. At the event, the company will offer an exclusive preview of its newly developed active commissioning software, a solution designed to streamline and modernize the final and often complex stage of solar and storage system deployment.
The upcoming showcase underscores Tigo’s continued commitment to simplifying solar installations and enhancing operational efficiency for installers worldwide. As the global energy transition accelerates and distributed energy systems become more advanced, the need for intelligent commissioning tools has grown significantly. Tigo’s latest innovation directly addresses these evolving market demands by integrating digital workflow management, real-time diagnostics, and step-by-step installer guidance into a single, cohesive platform.
Advancing the Commissioning Process
Commissioning has traditionally been one of the most challenging and time-consuming stages in solar and storage deployments. Installers often face fragmented processes, unclear verification steps, miscommunication between hardware and software systems, and unexpected troubleshooting delays. These issues can lead to extended on-site hours, additional truck rolls, and higher operational costs.
Tigo’s new active commissioning software aims to eliminate these inefficiencies by digitizing and guiding the entire commissioning workflow through the Tigo EI app. Whether working on a straightforward solar-only installation or a more sophisticated solar-plus-storage configuration, installers are supported with structured on-site instructions and real-time system feedback.
The system is designed to function as a digital co-pilot during installation. By guiding technicians through each required step and providing immediate verification checkpoints, the software helps ensure that no critical task is overlooked. This structured workflow significantly reduces uncertainty during system activation and provides installers with greater confidence that installations are completed correctly the first time.
Intelligent Workflow Integration
One of the standout features of the active commissioning software is its ability to provide real-time visibility into installation progress. Through the Tigo EI app, installers can monitor each stage of the process, confirm component connectivity, validate system parameters, and identify potential issues before they escalate into costly problems.
The integration of live system diagnostics allows technicians to quickly isolate configuration errors, wiring inconsistencies, or communication gaps between system components. Instead of relying on manual checks or post-installation troubleshooting, installers can proactively address concerns as they arise.
This approach not only shortens commissioning timelines but also reduces the likelihood of return visits. Minimizing truck trips is particularly important in today’s competitive solar market, where efficiency and customer satisfaction are critical differentiators. By reducing delays and eliminating unnecessary follow-up service calls, installers can increase throughput and improve profitability.
Supporting the Full Spectrum of Solar Installations
As distributed energy systems grow more complex, installers increasingly encounter hybrid configurations that combine solar PV, battery storage, smart energy management, and grid-interactive features. These advanced systems require precise coordination between hardware components and intelligent software oversight.
Tigo’s new commissioning solution is built to support this entire spectrum. For simple residential solar systems, the software offers straightforward guidance that accelerates deployment and ensures consistent results. For commercial or storage-integrated systems, the platform scales to accommodate more advanced configuration requirements, ensuring proper synchronization and functionality across all components.
The adaptability of the software makes it particularly valuable in European markets, where regulatory standards, grid codes, and installation practices can vary by region. By embedding structured verification into the commissioning workflow, the platform helps ensure compliance and operational readiness before system activation.
Preview at KEY – The Energy Transition Expo 2026
The 2026 edition of KEY – The Energy Transition Expo serves as an ideal venue for introducing this innovation. The event brings together industry leaders, technology developers, policymakers, and installers focused on advancing renewable energy solutions across Europe and beyond. By previewing the active commissioning software at this prominent international gathering, Tigo positions itself at the forefront of digital transformation within the solar sector.
Attendees at the Rimini exhibition will have the opportunity to see firsthand how the software operates within real-world installation scenarios. Demonstrations are expected to highlight the intuitive interface of the Tigo EI app, the clarity of workflow instructions, and the speed at which system verification can be completed.
The preview also reflects Tigo’s broader strategy of aligning product development with installer needs. As labor shortages and supply chain challenges continue to affect the renewable energy industry, tools that enhance productivity and reduce on-site complexity are becoming essential.
Driving Efficiency in the Energy Transition
The global shift toward clean energy depends not only on technological innovation but also on efficient deployment. As governments and utilities expand renewable targets, the volume of distributed solar installations is projected to grow steadily. Scaling this growth sustainably requires solutions that optimize field operations and reduce friction during installation.
By introducing active commissioning software that combines guidance, validation, and diagnostics in one unified platform, Tigo is contributing to a more resilient and efficient deployment ecosystem. The solution addresses practical, day-to-day challenges faced by installers while also improving the overall quality and reliability of installed systems.
Moreover, enhanced commissioning transparency benefits end customers. Faster system activation means homeowners and businesses can begin generating clean energy sooner. Clear verification processes also help ensure that systems perform as designed from day one, strengthening customer trust and long-term satisfaction.
Commitment to Innovation
Tigo Energy has consistently focused on delivering smart module-level electronics, monitoring solutions, and energy intelligence tools that maximize solar performance and safety. The introduction of active commissioning software represents a natural evolution of that mission. By extending innovation beyond hardware optimization and into workflow management, the company reinforces its role as a comprehensive energy software provider.
The unveiling at KEY – The Energy Transition Expo marks the beginning of broader market engagement. As installers adopt increasingly digital tools, integrated commissioning platforms are likely to become standard practice across the industry.
Official Language Notice
The company has clarified that the original version of the announcement, written in its source language, remains the official and legally authoritative text. Any translations provided are intended solely for reader convenience, and reference should be made to the original language version in cases of legal interpretation or official documentation.
With its preview of active commissioning software in Rimini, Tigo Energy continues to demonstrate its dedication to simplifying solar deployment, reducing operational friction, and empowering installers during every phase of system implementation. As the energy transition accelerates across Europe and globally, innovations that combine digital intelligence with practical field application will play an increasingly critical role in shaping the future of renewable energy deployment.
