One Solution Multiple Value Propositions
Cost-Effective OptaNODE® intra-grid sensors provide a vast array of grid management improvements for global utility providers – simultaneously maximizing Reliability, shrinking OpEx, improving CapEX ROI, increasing metered revenues, reducing GHG, embracing DER/DG/EV/CVR, and strengthening grid Resilience and Security.
There is no algorithm substitute for the accurate, timely, and unique data provided by intra-grid sensors. GRID20/20 provides a vast, growing list of applications for utilities.
✓ Grid Reliability
Improper Transformer Sizing, Incorrect Tap settings, Voltage Imbalance, Power Theft, Incorrect Multipliers, and other common issues impact Grid Reliability. OptaNODE® sensors enable Utilities to identify these issues. Learn more »
✓ DER/DG Integration
DER/DG can create grid de-stabilization, and safety concerns. By monitoring Voltage Fluctuations & Reverse Power Flows, utilities can safely manage their grid and effectively select distributed storage locations. OptaNODE® sensors enhance DER/DG Integration. Learn more »
✓ Voltage Optimization
Timely, accurate intra-grid Voltage Readings enhance CVR to reduce peak demand costs, and improve proper energy delivery levels to cut power costs. Our collaboration with Dominion Voltage, Inc. (DVI) helps utilities to apply CVR. OptaNODE® sensors enhance Voltage Optimization. Learn more »
✓ Theft Detection
Power Thieves have learned that stealing power in front of the meter is undetectable by utilities, allowing thieves to steal over $6 Billion from US grids in 2014. Power Theft has INCREASED since AMI/AMR deployment. OptaNODE® sensors reveal costly Power Theft. Learn more »
✓ Metered Revenues
US loss exceeded $21.2 Billion in 2017. It is estimated that over 50% of loss can be identified and remediated. Taking a proactive stance to loss will help rate payers and utilities simultaneously. OptaNODE® sensors yield Increased Metered Revenues.
✓ Outage Detection
OptaNODE® DTM devices can notify operators of power interruptions, enabling faster location of outages, and accelerated restoration. Faster Restoration improves SAIDI ratings, and resumes metered revenues more quickly. Learn more »
✓ Asset Management
Failing or improperly sized Transformers lead to Power Outages, and Decreased Revenue. By revealing stressed assets, Preventive Maintenance is enabled. This maximizes CapEx, Reduces Trouble Calls and improves SAIFI ratings. OptaNODE® sensors enable proactive Asset Management. Learn more »
✓ Automated Alerts
Using technology to monitor the grid is efficient, and lowers Operating Costs. Programmable Alarms permit utilities to select key intra-grid Tolerances, then be notified when undesirable conditions occur. This enables “Hands-Free” grid management capabilities. OptaNODE® sensors provide Automated Alerts.
✓ Meter Inaccuracies
GIS Mapping Errors, Pre-Meter Taps, and Incorrect Multipliers are identified by reconciling Transformer data with downstream Meters. AMI, AMR, and mechanical meters are subject to these Revenue-Reducing impacts. OptaNODE® sensors reveal costly Meter Inaccuracies.
✓ Greenhouse Gas Reduction
Over 199.1 Billion kWh ‘leaked’ from the US grid in 2014. This loss represented over 106.5 Million Metric Tons of CO2 Emissions. By locating Loss locations inside the grid, up to 50+ Million Metric Tons of CO2 emissions can be eliminated annually. OptaNODE® sensors enable GHG Reduction.
✓ Electric Vehicles
To reduce CO2 emissions and dependency upon petroleum, global penetration of EVs increases annually. Each EV requires a charging station which demands significant electricity. This unplanned demand can seriously overburden transformers. OptaNODE® sensors monitor EV impacts on the grid. Learn more »
✓ Smart Grid Realization
Official Loss data proves that AMI/AMR alone cannot create a smart grid. The intra-grid represents the most volatile, vulnerable and dynamic segment. Utilities are blind to today’s intra-grid conditions. Cost-effective intra-grid sensors remedy the ‘missing link’. OptaNODE® Sensors enable Smart Grid Realization.