You Cannot Manage What You Cannot Measure

But through

Telliformer SmartGrid Solutions,

IT IS ACHIEVABLE.

About the Telliformer Solution

Telliformer takes existing Utility Systems adding intelligence and communications, to your assets through a combination of our

o Advanced Intelligent Monitoring Devices. o U-Telligence Analytics, Diagnostics and Alert Management

platform.

The Telliformer Value Added Proposition

A smarter grid must contain technologies, tools and techniques available to bring knowledge to power –

knowledge capable of making the grid work far more efficiently...

the grid is struggling to keep upChronic neglect effects grid efficiency and reliability.

As a result, system constraints worsen at a time when the frequency of outages and power quality issues are estimated to cost businesses in the millions

No Visibility

The Black Hole

Providing Total Grid Visibility

Remote monitoring enables the utility to operate the network at greater efficiency, more safely, with the minimum of power interruptions

• The great majority of technical losses come from distribution.

Benefits of Telliformer SmartGrid Solutions

Improves capital optimization

Reduces maintenanc

e costs

Increases reliability

Improves efficiency

Increases safety

Decreases technical and commercial

losses

Accelerates outage

recovery.

Solving The Critical Problems

Power Outage

Power Theft

Power Quality

Solving The Critical Problems

Power Outage

o Non-weather related U.S. power outages up 124% since the early 1990’s.

o Annual cost of U.S. outages is at least $119 billion.

Solving The Critical Problems

Power Theft

o Electricity sales in the U.S. alone is about $300 billion annually, the lowest estimate shows electricity theft still costs consumers and utilities well over $1 billion each year.

o Studies suggest that for every $1 invested to combat stolen energy, $4 to $6 can be recovered in savings.

Solving The Critical Problems

Power Quality

o Experience in many parts of the world demonstrates that it is possible to reduce the losses in a reasonably short period of time and that such investments have a high internal rate of return.

Evaluation of technical losses in electricity distribution system • ERE International Conference

Systemic System Losses

Functions

Power Quality Monitoring

Capacity Optimization

Energy Management

Power Factor Correction

Demand Side Management

Conservation Voltage Reduction

Power Theft Monitoring

Outage Management

Benefits to incorporating Smart Grid:

• Reductions in the total cost of maintenance• Fewer interruptions to operations due to equipment breakdowns• Level workloads and a stabilized work force• Reductions in the total labor needed to maintain assets in the required

condition• Controlled reductions in the inventory of materials and spare parts• Decreases in unplanned activity and a decrease in high priority,

randomly occurring and unscheduled work• Reduce unnecessary damage to equipment

Voltage Active Power Forward Energy HarmonicsPhase 1 line to neutral volts Phase 1 power Import Wh since last reset Phase 1 LN volts THDPhase 2 line to neutral volts Phase 2 power Import VArh since last reset Phase 2 LN volts THDPhase 3 line to neutral volts Phase 3 power Phase 3 LN volts THDAverage line to neutral volts Total system power Reversed Energy Phase 1 Current THDLine 1 to Line 2 volts Export Wh since last reset Phase 2 Current THDLine 2 to Line 3 volts Reactive Power Export VArh since last reset Phase 3 Current THDLine 3 to Line 1 volts Phase 1 volt amps Average line to neutral volts THDAverage line to line volts Phase 2 volt amps Total Energy Average line current THD

Phase 3 volt amps Total active energy Line 1 to line 2 volts THDCurrent Total system volt amps Total reactive energy Line 2 to line 3 volts THDPhase 1 current Line 3 to line 1 volts THDPhase 2 current Apparent Power Average line to line volts THD

Phase 3 current Phase 1 volt amps reactiveAverage line current Phase 2 volt amps reactiveNeutral current Phase 3 volt amps reactiveSum of line currents Total system VAr

Demand Power Factor FrequencyTotal system power demand Phase 1 power factor Frequency of supply voltagesMaximum total system power demand Phase 2 power factorTotal system VA demand Phase 3 power factor Ampere HourMaximum total system VA demand Total system power factor VAh since last resetNeutral current demand Total system power factor2 Ah since last resetMaximum neutral current demandPhase 1 current demand Phase AnglePhase 2 current demand Phase 1 phase anglePhase 3 current demand Phase 2 phase angleMaximum phase 1 current demand Phase 3 phase angleMaximum phase 2 current demand Total system phase angleMaximum phase 3 current demand

Parameters

Telliformer SmartGrid Solutions Professional Services

Thank You