New LDS intelligent technology projects under the Operational program for

commerce, innovation and competitiveness

PMAC 04/2017

Ing. Martin MichekProject Management

And Consulting

Table of ContentsFocus of the Smart Grid I challenge, second challengeSG program - basic criteriaSet of comprehensive measuresSpecific program conditions and requirementsMulti-dispatch supportEE, gas, heat regulationSupply quality measurementsMicro grid concept in LDS

Focus of the second challenge of the Smart Grids I. support program (Distribution networks)

• To improve quality, reliability, safety and sustainability of electric power supplied to end consumers

• To come closer or reach the level usual in EU-15 countries • Minimization of narrow profiles and integration of decentralized power

sources• Increasing competitiveness, environmental quality and energy safety in

the Czech Republic• Complex measures to improve reliability and awareness

Challenge objectives

• Introducing balancing and optimization of the operation in distribution networks

• Deployment of automatic remote controlled components in distribution systems

• Deployment of voltage and electric power output control components in distribution systems

• Solution for local balancing of power flows between consumers and the operator of the distribution network / power grid

• Deployment of electric power quality measurement systems in distribution networks

Smart Grid tools

LDS program - basic criteria

Challenge announcement date

Date of the accessibility of the application for grant in MS2014

31/ 1/ 2017

Within 5 business days following the official delivery of theinformation of European Community describing theapproval of PPIK revision which terminates allocation limitsfor large enterprises in SC 3.3.

Beginning date of the acceptance of applications for grant

Within 5 business days following the official delivery of theinformation of European Community describing theapproval of PPIK revision which terminates allocation limitsfor large enterprises in SC 3.3.

End date of the acceptance of applications for grant

Within 5 months after the application acceptancebeginning date.

The last date for physical termination of the operation

The project implementation time cannot exceed 5 yearsfollowing the project acceptance date, unless the grantprovider decides otherwise. The last date for the projectcompletion is 31/12/2022, unless the grant provider decidesotherwise.

Planned challenge allocation CZK 500,000,000.00Should there be a significant excess of high-qualityprojects the OP PIK Control body may increase the amountadequately. The Control body may stop receivingapplications for grant when the double of the amount ofthe required grant is reached based on the acceptedapplications, but no sooner than within 14 days after theapplication submission beginning date.

Types of supported operations Individual project

Project support rangeThe support / grant is provided up to 40 % of ZV.

The support range for the Evaluation of the benefits provided by the implementation of components in intelligent networks. The support / grant is provided up to 40% of ZV.

Grants for projects in individual areas are provided:In the area and, at least CZK 0.5 million Maximum CZK 40 million

LDS program - basic criteria

Smart Grid trends in LDS

Trends in LDS area

• Simple full-featured solution for intelligent areas

• Operational economics and billing

• Implementation of intelligent network components across utilities

• Integration of local production area into the overall solution

• Control balancing of energies inside LDS

Comprehensive measures to improve reliability of operation in local distribution systems

Implementation of intelligent measuring technology at low voltage level including communication units and readout center

Implementation of technical dispatch modifications

Implementation of local balance control system

Processing of prediction and behavioral algorithms of supply points portfolio for adjusting the switching logic of controllable load

Deployment of equipment for remote monitoring and evaluation of climate impacts followed by automation of distribution system components.

Implementation of technology used to measure quality at low and high voltage distribution stations, node and selected end drawing points and transfer / delivery locations.

Deployment of remotely controlled section disconnecting and connecting switches on high-voltage power lines.

Implementation of remotely controlled high and low voltage distribution stations.

Deployment of intelligent components used to control and automate multi-power high-voltage networks.

Installation of high and low voltage Distribution transformers with automatic regulation under load.

Distribution of line conditioners on low-voltage power lines.

Implementation of automatic voltage level control system.

Implementation of reactive power regulation system at high and low voltage level.

Deployment of automatic reduction of reactive power overflows into superior systems.

Comprehensive measures to improve reliability of operation in local distribution systems

Remote control and communication in LDS

Remote control of LDS power components

RTU (communication control units)

Measuring sensors in distribution network

Sum adding electro-meters

Fault current indicator and over-current and earth fault indicators

Data concentrators, communication units

Infrastructure and modernization of technical dispatch

SW infrastructure for data collection and valuation

Specific requirements of Smart grids I. program (Distribution networks)

• Applied comprehensive measures to improve reliability, awareness and introduced balancing and optimizing of operations in distribution networks and who does not have connected to the distribution network more than 90,000 drawing locations/consumers.

• Has established technical dispatch in line with the Section 26, item 2 of the Act No. 458/2000 Coll., on the conditions for doing business and exercising state administration in the energy sectors and on amendments to some acts (Energy Act).

The project must be

implemented in the

distribution network whose

operator:

Processing map of intelligent LDS

Measuring processes registries profiles events alarms technical

indicators

Operational processes

monitoring / LDS dispatch

faults and special/emer

gency statuses

local and central

balancing

technical and business

losses

supply quality

Operational processes

Consumption management

Production management

automatic balancing

system

control of selected

operational parameters

Economic processes

operational economics

product controlling

Invoicing processes

analysis and studies

Prediction processes

consumption prediction

Production estimates

prediction of other

operational parameters

Control processes

Reporting processes

Smart network

operation monitoring processes

comparative statements

Processing support for LDS multi-dispatch

Processing support for LDS multi-dispatch

Joint Dispatch for several LDS

• Automated / unattended operation • Simplified diagnostics • Support for SCADA functions, alarms,

trends, ... • Industrial communication support• Dispatch terminal, operational dispatch• Data dispatch, supply quality management • Access to Internet • Flexible data storage

Energy regulation - regulation of maximum electricity, gas, heat load

Management of LDS power input, leveled balancing management, optimization of operations

Management of production in LDS

Evaluation of supply quality in LDS

Evaluation of supply quality

Non-frequency ancillary services

Providing non-

frequency ancillary services for LDS

operator

• Due to very different consumption characteristics and high penetration of local productions in LDS facilities we recommend using standard tools of LDS operator

• We support the use of nested subjects in the area of support services based on individual agreements with DSO operators and according to local conditions

Smart Grid LDS concept

LDS data collection and management

• Register measuring• Profile measuring• Event evaluation• Alarm evaluation• Technical indicators

LDS network operation

• Network monitoring• Operational dispatch• Allocation of faults

and emergency statuses

• Local and central network balancing

• Technical loss evaluation

• Locational business losses

• Supply quality (SAIDY, SAIFY)

LDS network operation

• Consumption management

• Production management

• Automated local balancing system

• Maximum value management

• Reactive power management

• Voltage management

LDS economics

• Operational economics

• Breaking down cost to individual products

• Billing• Economic

performance analysis• Comparing individual

utilities

LDS prediction

• Consumption prediction

• Production estimates• Prediction of

operational parameters (exposure/illumination, temperature, pressure, ...)

LDS monitoring system

• SG operation monitoring

• User reporting• LDS reports• LDS statistics• Comparative

statements (history)• Professional field

comparison (NACE)

Ing. Martin MichekMobile phone number: +420,606,640,374e-mail address: martin.michek@pmac.cz

Project Management

And Consulting

PMAC