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Viridi Insights

Smart Energy Management

Advanced Industrial IOT
Connect and Control Your Energy Assets
Maximize asset performance with AI-driven insights and advanced industrial connectivity.
Point-of-use Energy Storage System

Smart Power Management

Much more than just monitoring; it is a comprehensive Energy Management System (EMS) designed to optimize energy consumption and cost efficiency across your entire facility, microgrid, or portfolio. Powered by the ViSTA™ Data Visualization Engine and our Conductor Edge Computing Platform, we turn raw data into actionable intelligence.
Point-of-use Energy Storage System

The ViSTA™ Advantage: Sense and Respond

Gain complete visibility over your microgrid and distributed assets. The ViSTA dashboard offers real-time oversight with redundant data storage within our IoT hardware and the cloud.
Viridi Insights

Key Features

Viridi Insights

Innovation in the marketplace

Denver Public Library

The Denver Public Library needed a safe, sustainable energy solution suitable for a public, occupied space. By installing Viridi’s RPSLinkEX with built-in Anti-Propagation™ technology and an integrated Energy Management System, the library gained an intelligent behind-the-meter energy asset. The system maximizes solar self-consumption while reducing electricity costs through peak shaving, delivering both resilience and operational savings.

Erie County Wastewater Pumping

Erie County needed a more reliable and sustainable backup power solution for critical wastewater pumping infrastructure that had long depended on costly, high-maintenance diesel generators. By deploying a 150 kWh fail-safe Battery Energy Storage System (BESS), the county replaced traditional generators with a clean, resilient alternative. The system now delivers 32–90 hours of backup power while eliminating fuel dependency and significantly reducing maintenance costs and emissions.

Faveo Traffic Signal Backup

Eight Faveo systems were installed at the town’s busiest intersections to ensure continuous traffic signal operation during power outages. Delivering instantaneous backup in just 0.02 seconds, the systems provide a reliable alternative to traditional backup power solutions. With remote monitoring and full telematics, operators can access real-time data, share system insights, and receive alerts to ensure optimal performance and rapid response when needed.
innovations in design

Gallery

Pioneering Mobile Energy Storage Systems

Ready to Optimize Your Energy Infrastructure?

Why Viridi?

  • Fail-Safe Technology: Our lithium-ion systems are engineered with passive anti-propagation technology, making them safe for indoor occupancy.
  • Made in America: Manufactured in Buffalo, New York, ensuring quality and domestic supply chain compliance.
  • Cyber-Secure: NIST-certified hardware-based encryption and FirstNet® readiness ensure your critical infrastructure remains secure.

What is Zero-Export?

The zero-export feature is a method of renewable energy optimization designed to maximize the use of on-site power generation, such as rooftop solar.

  • How it works: Rather than sending (exporting) excess energy back to the electrical grid, the system “banks” this surplus solar generation in the battery storage system.
  • The Benefit: This stored energy is reserved and used later when the solar panels are not producing power (e.g., at night or during cloudy weather). This process allows a facility to maximize its self-consumption of renewable energy, ensuring that the power generated on-site is used on-site.

What is Peak-Shaving?

Peak-shaving is a financial optimization strategy managed by the EMS to reduce electricity costs.

  • How it works: The system operates as an intelligent “Behind-The-Meter” asset. Utilizing predictive load usage analysis and advanced learning algorithms, the EMS anticipates periods of high energy demand.
  • The Benefit: By discharging stored battery power during these high-demand windows, the system “shaves” the peak off the facility’s energy usage. This lowers the facility’s demand charges.

How can Viridi’s Energy Management System (EMS) maximize value across sites?

  • Pattern Learning: The EMS utilizes an AI-driven algorithm that learns a facility’s specific consumption patterns and, where applicable, solar production cycles.
  • Predictive Analysis: By employing predictive load usage analysis, the system anticipates energy needs.
  • Strategic Optimization: The system then determines the optimal strategy based on the load prediction, grid revenue opportunities and current market conditions. It then shifts energy usage—by discharging stored battery energy or adjusting consumption—to optimize value. This feature allows facilities to optimize their energy consumption patterns for cost savings and revenue generation.

 


Contact Our Energy Experts

Contact the Viridi team to discover how our Smart Energy Management Platform can drive resilience and ROI for your facility.

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