This presentation will give you a glance at NOKIA RNC solutions, RNC configuration,RNC cabinet mechanical structure,RNC architecture, RNC plug-in units (PIU)
,RNC function units (FUs), redundancy and PIUs configuration
Cataloge ge 3.control and_automation-21_vat300_e_c6-6-4_2_rev_aDien Ha The
Cataloge ge 3.control and_automation-21_vat300_e_c6-6-4_2_rev_a
Catalog GE, Catalog,
Catalog Thiết Bị Điện GE, Catalog Thiết Bị Điện,
Catalog Điện Công Nghiệp GE, Catalog Điện Công Nghiệp,
http://dienhathe.com,
Xem thêm các sản phẩm khác của GE tại https://dienhathe.com
Để nhận báo giá sản phẩm GE vui lòng gọi: 0907.764.966
This presentation will give you a glance at NOKIA RNC solutions, RNC configuration,RNC cabinet mechanical structure,RNC architecture, RNC plug-in units (PIU)
,RNC function units (FUs), redundancy and PIUs configuration
Cataloge ge 3.control and_automation-21_vat300_e_c6-6-4_2_rev_aDien Ha The
Cataloge ge 3.control and_automation-21_vat300_e_c6-6-4_2_rev_a
Catalog GE, Catalog,
Catalog Thiết Bị Điện GE, Catalog Thiết Bị Điện,
Catalog Điện Công Nghiệp GE, Catalog Điện Công Nghiệp,
http://dienhathe.com,
Xem thêm các sản phẩm khác của GE tại https://dienhathe.com
Để nhận báo giá sản phẩm GE vui lòng gọi: 0907.764.966
International Journal of Engineering Research and Applications (IJERA) is a team of researchers not publication services or private publications running the journals for monetary benefits, we are association of scientists and academia who focus only on supporting authors who want to publish their work. The articles published in our journal can be accessed online, all the articles will be archived for real time access.
Our journal system primarily aims to bring out the research talent and the works done by sciaentists, academia, engineers, practitioners, scholars, post graduate students of engineering and science. This journal aims to cover the scientific research in a broader sense and not publishing a niche area of research facilitating researchers from various verticals to publish their papers. It is also aimed to provide a platform for the researchers to publish in a shorter of time, enabling them to continue further All articles published are freely available to scientific researchers in the Government agencies,educators and the general public. We are taking serious efforts to promote our journal across the globe in various ways, we are sure that our journal will act as a scientific platform for all researchers to publish their works online.
VLT® Micro Drive is a genuine VLT® frequency converter with unsurpassed reliability, user-friendliness, condensed functionality, and extremely easy to commission. Terminal numbers are named in the same manner as in the rest of the VLT® family. It’s developed and manufactured by Danfoss Drives, the leading drives experts since 1968 and creators of VLT® – The Real Drive. For more info, visit http://www.danfoss.in/
Design and Implementation of Payload Camera Control System for Unmanned Aeria...ijtsrd
The aim of this research is to design and implement PIC based radio frequency wireless communication system of two axes Pan Tilt payload camera unit for UAV. Camera is used as a payload and two servo motors are used to adjust the camera positioner in two axes to take the desired photo. User interface program is designed by C language on personal computer and serial communication RS232 protocol is used for data communication between personal computer and microcontroller. SONY digital camera is used to take the desired photographs and store recorded data to its memory. Ultra High Frequency band radio frequency wireless transmitter and receiver pairs are used for data communication link between the ground station and the receiver on the vehicle. And they are Amplitude Shift Keying ASK type IC and transmission frequency is 433.92MHZ. The Futaba S3003 servo motors mounted on the payload are driven by PWM pulse related to the transmitted data from the transmitter in order to get the desire payload camera orientation. The control system is based on microcontroller PIC16F877A. The microcontroller CCS C language is used for this control system. Saw Aung Nyein Oo | Naw Octavia "Design and Implementation of Payload (Camera) Control System for Unmanned Aerial Vehicle" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26781.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26781/design-and-implementation-of-payload-camera-control-system-for-unmanned-aerial-vehicle/saw-aung-nyein-oo
Mitsubishi inverter freqrol-a700 series dienhathe.vnDien Ha The
Khoa Học - Kỹ Thuật & Giải Trí: http://phongvan.org
Tài Liệu Khoa Học Kỹ Thuật: http://tailieukythuat.info
Thiết bị Điện Công Nghiệp - Điện Hạ Thế: http://dienhathe.vn
In an interconnected, essentially meshed network, the distribution of energy
flows mainly depends on:
- the location of loads,
- the location of generation sets in operation,
- the cross-border exchanges,
- the location of means of reactive energy compensation,
- the impedances of transmission facilities.
These energy transits constitute a flow going from the substations where the
power plants are connected to the substations where customers are connected;
it is conveyed through the transmission lines and cables and divided up
proportionally to the admittance, i.e. the impedance reciprocal (which is in
some way a marked preference for the "shortest route"). This energy flow is
materialised by the current conveyed through the facilities. The higher the
energy flow is, the greater the current intensities will be. These intensities may
increase, in particular when a facility has tripped following a fault occurrence.
The flow initially borne by this facility will be transferred to the neighbouring
facilities: this is the load transfer phenomenon.
These energy transits constitute a flow going from the substations where the
power plants are connected to the substations where customers are connected;
it is conveyed through the transmission lines and cables and divided up
proportionally to the admittance, i.e. the impedance reciprocal (which is in
some way a marked preference for the "shortest route"). This energy flow is
materialised by the current conveyed through the facilities. The higher the
energy flow is, the greater the current intensities will be. These intensities may
increase, in particular when a facility has tripped following a fault occurrence.
The flow initially borne by this facility will be transferred to the neighbouring
facilities: this is the load transfer phenomenon.
International Journal of Engineering Research and Applications (IJERA) is a team of researchers not publication services or private publications running the journals for monetary benefits, we are association of scientists and academia who focus only on supporting authors who want to publish their work. The articles published in our journal can be accessed online, all the articles will be archived for real time access.
Our journal system primarily aims to bring out the research talent and the works done by sciaentists, academia, engineers, practitioners, scholars, post graduate students of engineering and science. This journal aims to cover the scientific research in a broader sense and not publishing a niche area of research facilitating researchers from various verticals to publish their papers. It is also aimed to provide a platform for the researchers to publish in a shorter of time, enabling them to continue further All articles published are freely available to scientific researchers in the Government agencies,educators and the general public. We are taking serious efforts to promote our journal across the globe in various ways, we are sure that our journal will act as a scientific platform for all researchers to publish their works online.
VLT® Micro Drive is a genuine VLT® frequency converter with unsurpassed reliability, user-friendliness, condensed functionality, and extremely easy to commission. Terminal numbers are named in the same manner as in the rest of the VLT® family. It’s developed and manufactured by Danfoss Drives, the leading drives experts since 1968 and creators of VLT® – The Real Drive. For more info, visit http://www.danfoss.in/
Design and Implementation of Payload Camera Control System for Unmanned Aeria...ijtsrd
The aim of this research is to design and implement PIC based radio frequency wireless communication system of two axes Pan Tilt payload camera unit for UAV. Camera is used as a payload and two servo motors are used to adjust the camera positioner in two axes to take the desired photo. User interface program is designed by C language on personal computer and serial communication RS232 protocol is used for data communication between personal computer and microcontroller. SONY digital camera is used to take the desired photographs and store recorded data to its memory. Ultra High Frequency band radio frequency wireless transmitter and receiver pairs are used for data communication link between the ground station and the receiver on the vehicle. And they are Amplitude Shift Keying ASK type IC and transmission frequency is 433.92MHZ. The Futaba S3003 servo motors mounted on the payload are driven by PWM pulse related to the transmitted data from the transmitter in order to get the desire payload camera orientation. The control system is based on microcontroller PIC16F877A. The microcontroller CCS C language is used for this control system. Saw Aung Nyein Oo | Naw Octavia "Design and Implementation of Payload (Camera) Control System for Unmanned Aerial Vehicle" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26781.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26781/design-and-implementation-of-payload-camera-control-system-for-unmanned-aerial-vehicle/saw-aung-nyein-oo
Mitsubishi inverter freqrol-a700 series dienhathe.vnDien Ha The
Khoa Học - Kỹ Thuật & Giải Trí: http://phongvan.org
Tài Liệu Khoa Học Kỹ Thuật: http://tailieukythuat.info
Thiết bị Điện Công Nghiệp - Điện Hạ Thế: http://dienhathe.vn
In an interconnected, essentially meshed network, the distribution of energy
flows mainly depends on:
- the location of loads,
- the location of generation sets in operation,
- the cross-border exchanges,
- the location of means of reactive energy compensation,
- the impedances of transmission facilities.
These energy transits constitute a flow going from the substations where the
power plants are connected to the substations where customers are connected;
it is conveyed through the transmission lines and cables and divided up
proportionally to the admittance, i.e. the impedance reciprocal (which is in
some way a marked preference for the "shortest route"). This energy flow is
materialised by the current conveyed through the facilities. The higher the
energy flow is, the greater the current intensities will be. These intensities may
increase, in particular when a facility has tripped following a fault occurrence.
The flow initially borne by this facility will be transferred to the neighbouring
facilities: this is the load transfer phenomenon.
These energy transits constitute a flow going from the substations where the
power plants are connected to the substations where customers are connected;
it is conveyed through the transmission lines and cables and divided up
proportionally to the admittance, i.e. the impedance reciprocal (which is in
some way a marked preference for the "shortest route"). This energy flow is
materialised by the current conveyed through the facilities. The higher the
energy flow is, the greater the current intensities will be. These intensities may
increase, in particular when a facility has tripped following a fault occurrence.
The flow initially borne by this facility will be transferred to the neighbouring
facilities: this is the load transfer phenomenon.
Net metering requirements in punjab for grid interactive rooftop SPV Power PlantHarish Sharma
All the consumers of the State Distribution licensee or PSPCL who intend to encourage solar energy and set up solar PV plants at available places on roof-tops of Individual households, industries, Government or Semi-Government or Local Body offices, commercial establishments, institutions, residential complexes shall be eligible with project capacity ranging from minimum 1 KWp upto 1MWp (AC side) with or without battery back-up support. Consumers may generate solar power for self consumption and may feed excess power into the grid to be adjusted.
Experiences with Real-Time Hardware-in-the-Loop SimulationLuigi Vanfretti
This paper summarizes the list of activities carried out in Smart Transmission System Laboratory (SmarTS-Lab) within the domain of Real-Time Power System Monitoring, Operation, Protection and Control using opaOpal-RT’s eMEGAsim Real-Time Simulators. The major projects carried out include real-time hardware-In-the-loop (RT-HIL) execution of Unitrol 1020 Excitation System from ABB. The performance of Excitation Control System is validated for both Automatic Voltage Regulator (Auto) and Field Current Regulator (Manual) modes. In addition the power system stabilization (PSS) capability of Unitrol 1020 is exploited by using it as RT-HIL to provide power oscillation damping in a 2-area 4-machine Kundur’s power system. In another project, Compact Reconfigurable I/O (cRIO) controllers from National Instrument are programmed in Labview as a phasor based power oscillation damping controller. This NI-cRIO takes the voltage and current phasor measurements from PMUs (which are executing as RT-HIL with Opal-RT) and outputs a power oscillation damping signal which is added in the controls of SVC (simulated in real-time) to provide power oscillation damping. Finally an Open Source SCADA is setup in the SmarTS-Lab using PMUs/protection relays from ABB and SEL. The integration of PMU measurements in the SCADA system is evaluated and the limitations are discussed. The presentation will include some results from PMU steady state compliance testing with Stand-Alone relay protection test sets and its limitation which drives a need for PMU compliance testing using real-time simulator (Opal-RT). Also the roadmap for real-time power system simulation in conjunction with communication network simulation using OPNET's System-in-the-Loop (SITL) package will be discussed.
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
Transient Stability of Power System using Facts Device-UPFCijsrd.com
This paper is based on Occurrence of a fault in a power system causes transients. To stabilize the system, The Flexible Alternating Current Transmission (FACTS) devices such as UPFC are becoming important in suppressing power system oscillations and improving system damping. The UPFC is a solid-state device, which can be used to control the active and reactive power.. By using a UPFC the oscillation introduced by the faults, the rotor angle and speed deviations can be damped out quickly than a system without a UPFC. The effectiveness of UPFC in suppressing power system oscillation is investigated by analyzing their oscillation in rotor angle and change in speed occurred in the two machine system considered in this work. A proportional integral (PI) controller has been employed for the UPFC. It is also shown that a UPFC can control independently the real and reactive power flow in a transmission line. A MATLAB simulation has been carried out to demonstrate the performance of the UPFC in achieving transient stability of the two-machine five-bus system.
Similar to Basics of electricity market in Ukraine - UARE 2021 en (20)
System price on electricity DAM market of Nord Pool during 7 - 13 Feb 2022 stood at average of 79,5 (-21,2% to 31 Jan - 6 Feb 2022 at 100,9 EUR MWh). OTE Market DAM price - 163,2 EUR during 7 - 13 Feb 2022 (-4% to 31 Jan - 6 Feb 2022 at 169,7 EUR). Ukraine’s OREE DAM IES price stood at average 60,7 EUR MWh during 7 - 13 Feb 2022 (-4,5% to 63,59 during 31 Jan - 6 Feb 2022).
System price on electricity DAM market of Nord Pool during 31 Jan - 6 Feb 2022 stood at average of 100,9 (+35,8% to 24-30 Jan 2022 at 74,3 EUR MWh). OTE Market DAM price - 169,7 EUR during 31 Jan - 6 Feb 2022 (-17,4% to 24-30 Jan 2022 at 205,4 EUR). Ukraine’s OREE DAM IES price stood at average 63,59 EUR MWh during 31 Jan - 6 Feb 2022 (-10,14% to 70,77 during 24 - 30 Jan 2022).
System price on electricity DAM market of Nord Pool during 24-30 Jan 2022 stood at average of 74,3 (-13,5% to 17-23 Jan 2022 at 85,9 EUR MWh). OTE Market DAM price - 205,4 EUR during 24-30 Jan 2022 (+11,4% to 17 - 23 Jan 2022 at 184,36 EUR). Ukraine’s OREE DAM IES price stood at average 2284,24 UAH MWh during 24-30 Jan 2022 (-16% to 2719,85 during 17 - 23 Jan 2022).
Українська Асоціація Відновлюваної Енергетики
Українська Асоціація Відновлюваної Енергетики
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UARE Week review of electricity market in Europe and Ukraine as of 16 Dec 2021
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System price on electricity DAM market of Nord Pool during 17-23 Jan 2022 stood at
average of 85,9 (-5,5% to 10 - 16 Jan 2022 at 90,9 EUR MWh).
OTE Market DAM price - 184,36 EUR during 17-23 Jan 2022 (-11,1% to 10 - 16
Jan 2022 at 207,5 EUR). Ukraine’s OREE DAM IES price stood at average 2719,85 UAH
MWh during 17-23 Jan 2022 (-0,73% to 2739,8 during 10 - 16 Jan 2022).
System price on electricity DAM market of Nord Pool during 10-16 Jan 2022 stood at average of 90,9 (-26,2% to 3 - 9 Jan 2022 at 123,19 EUR MWh). OTE Market DAM price - 207,5 EUR during 10-16 Jan 2022 (+38,8% to 3 - 9 Jan 2022 at 149,5 EUR). Ukraine’s OREE DAM IES price stood at average 2739,8 UAH MWh during 10-16 Jan 2022 (-0,05% to 2741 during 3 - 9 Jan 2022).
System price on electricity DAM market of Nord Pool during 20-26 Dec 2021 stood at average of 201,2 (+95% to 13-19 Dec 2021 at 103,15 EUR MWh). OTE Market DAM price - 281 EUR during 20-26 Dec 2021 (+3,8% to 13 - 19 Dec 2021 at 270 EUR). Ukraine’s OREE DAM IES price stood at average 2842 UAH MWh during 20-26 Dec 2021 (-3,5% to 2945,63 during 13 - 19 Dec 2021).
System price on electricity DAM market of Nord Pool during 27 Dec 2021 - 02 Jan 2022 stood at average of 105,5 (-47,6% to 20-26 Dec 2021 at 201,2 EUR MWh). OTE Market DAM price - 109,3 EUR during 27 Dec 2021 - 02 Jan 2022 (-61% to 20-26 Dec 2021 at 281 EUR). Ukraine’s OREE DAM IES price stood at average 2809,75 UAH MWh during 27 Dec 2021 - 02 Jan 2022 (-1,1% to 2842 during 20-26 Dec 2021).
System price on electricity DAM market of Nord Pool during 3 - 9 Jan 2022 stood at average of 123,19 (+16,8% to 27 Dec 2021 - 2 Jan 2022 at 105,5 EUR MWh). OTE Market DAM price - 149,5 EUR during 3 - 9 Jan 2022 (+36,8% to 27 Dec 2021 - 2 Jan 2022 at 109,3 EUR). Ukraine’s OREE DAM IES price stood at average 2741 UAH MWh during 3 - 9 Jan 2022 (-2,4% to 2809,75 during 27 Dec 2021 - 2 Jan 2022).
System price on electricity DAM market of Nord Pool during 13-19 Dec 2021
stood at average of 103,15 (-35,5% to 6 - 12 Dec 2021 at 160 EUR MWh).
OTE Market DAM price - 270,8 EUR during 13 - 19 Dec 2021 (+15% to 6 - 12 Dec
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2. GENERAL REQUIREMENTS
TRANSMISSION
SYSTEM
CODE
2021
2
TECHNICAL REQUIREMENTS FOR GENERATING CONNECTION FACILITIES
TO AND INFLUENCE ON THE TRANSMISSION SYSTEM
1) Type A: connection point with voltage below 110 kV / up to 1 MW
2) Type B: <110 kV, from 1 to 20 MW inclusive,
3) Type C: <110 kV, from 20 to 75 MW inclusive,
4) Type D: => 110 kV, or <110 and => 75 MW
MINIMUM TIME INTERVALS BY FREQUENCIES IN WHICH GENERATING
UNITS SHALL WORK
1) > = 30 min: 47.5 - 49 Hz;
2) without restriction: 49.0 Hz - 51.0 Hz;
3) > = 30 min: 51.0 Hz - 51.5 Hz;
THE POWER PLANTS (PP) THAT MAY BE CONNECTED TO THE
TRANSMISSION SYSTEM:
1) PP >20 MW,
2) PP <=20 MW based on tech and feasibility documentation,
3) electrical installations of the distribution system (distribution
facilities),
4) high voltage direct current systems (HVDC SYSTEMS),
5) electrical installations of the consumer at voltage level of 110 kV
and more (energy consumption facilities) according to the
feasibility study
MINIMUM TIME INTERVALS BY FREQUENCIES IN WHICH
DISTRIBUTION AND ENERGY CONSUMPTION FACILITIES SHALL WORK
1) > = 30 min: 47.5 - 48.5 Hz;
2) > = 30 min: 48.5 - 49 Hz;
3) without restriction: 49.0 Hz - 51.0 Hz;
4) > = 30 min: 51.0 Hz - 51.5 Hz
Source: Transmission System Code (TSC), section ІІІ
MINIMUM TIME INTERVALS BY FREQUENCIES IN WHICH
HIGH VOLTAGE DC SYSTEMS SHALL OPERATE
1) > = 60 sec .: 47.0 - 47.5 Hz;
2) > = 30 min: 47.5 - 49 Hz;
3) without restriction: 49.0 Hz - 51.0 Hz;
4) > = 30 min: 51.0 Hz - 52 Hz
3. ANCILLARY SERVICES - SECTION IX
TRANSMISSION
SYSTEM
CODE
2021
3
THE LIST OF AS- MARKET RULES (DECTION ІІІ) :
TSC SECTION IX “PROVISION OF ANCILLARY SERVICES”:
1) List of ancillary services (AS)
2) Requirements for electrical equipment for the provision of ancillary AS
3) Newly built generating units of type C and D (reconstruction and re-
equipment) must be technically capable of accommodating frequency
containment reserves (primary control), automatically and manually
activated frequency restoration reserves, and replacement reserves, as
well as to regulate voltage and reactive power (except for voltage
regulation in SC mode)
4) HPPs and PSPs with a capacity of more than 200 MW (with the ability to
regulate in the SC mode in the UES of Ukraine) must ensure the
placement of reserves on their generating units to provide AS for voltage
and reactive power regulation in the SC mode
5) The technical capacity of AS provision to restore the operation of the
UES of Ukraine after system blackouts (autonomous start-up) is
mandatory for all HPPs whose participation is provided in the Recovery
Plan of the UES of Ukraine / Burshtyn TPP regulation area after a special
system blackout approved by the TSO
6) The market rules determine the conditions for payment for AS, selection
of AS suppliers, conditions for monitoring the provision of AS and
sanctions for non-provision or low-quality provision of AS.
7) Annex 7 to the TSC defines the Procedure for inspection and testing of
AS Provider`s electrical installations
FCR
aFRRS
aFRRL
aFRRU
mFRRL
mFRRU
RRL
RRU
1 MW symmetry
unloading
1
Up to 10 in
ascending
order of
price
Product Minimum unit
volume of
procurement
Purchasing
direction
Q-ty of pairs
"price –
volume”
frequency containment reserves (FCR), automatic and manual frequency restoration reserve (aFRR/mFRR) and replacement reserves (RR)
symmetry
unloading
unloading
loading
loading
loading
1 MW
1 MW
1 MW
1 MW
1 MW
1 MW
1 MW
Source: Transmission System Code (TSC)
4. ANCILLARY SERVICES - SECTION V
TRANSMISSION
SYSTEM
CODE
2021
4
REQUIREMENTS FOR ELECTRICAL EQUIPMENT & THE PROVISION OF AS
1) List of ancillary services (AS)
2) Requirements for electrical equipment for the provision of AS
3) Newly built generating units of type C and D (reconstruction and re-
equipment) must be technically capable of accommodating frequency
containment reserves (primary control), automatically and manually
activated frequency restoration reserves, and replacement reserves, as
well as to regulate voltage and reactive power (except for voltage
regulation in SC mode)
4) HPPs and PSPs with a capacity of more than 200 MW (with the ability to
regulate in the SC mode in the UES of Ukraine) must ensure the
placement of reserves on their generating units to provide AS for voltage
and reactive power regulation in the SC mode
5) The technical capacity of AS provision to restore the operation of the
UES of Ukraine after system blackouts (autonomous start-up) is
mandatory for all HPPs whose participation is provided in the Recovery
Plan of the UES of Ukraine / Burshtyn TPP regulation area after a special
system blackout approved by the TSO
6) The market rules determine the conditions for payment for AS, selection
of AS suppliers, conditions for monitoring the provision of AS and
sanctions for non-provision or low-quality provision of AS.
7) Annex 7 to the TSC defines the Procedure for inspection and testing of
AS Provider`s electrical installations
8.4.2. Primary control– PC (general and normed)
Objects B, C, D in the UES1) - mandatory (in general PC)
In normed PC - stable delivery of FCR2) for at least 15 minutes
Quasi-static 50 +/- 0.2 Hz and dynamic 50 +/- 0.8 Hz
Stable FCR - 15 min outside the dead zone at +/- 0.2 Hz
Normative unit control power activation 0.1-1 sec outside +/-
0.2 Hz, commissioning time by 50% no more than 15 seconds,
and total FCR no more than 30 seconds and support for at
least 15 minutes
The sensitivity range is not> +/- 0.01 Hz
Accuracy of local measuring devices - not less than +/- 0,01
(better 0,001 Hz)
The amount of required reserves within the work in ENTSO-E +/-
3000 MW, CIS, Baltics and Georgia +/- 1200 MW, isolated UES of
Ukraine +/- 1000 MW
TSC SECTION IX “PROVISION OF ANCILLARY SERVICES”:
1) UES – United Energy System of Ukraine
2) FCR – Primary control – reserve for frequency maintenance
Source: Transmission System Code (TSC)
5. 8.4.3 Secondary control
ANCILLARY SERVICES - SECTION V
TRANSMISSION
SYSTEM
CODE
2021
5
REQUIREMENTS FOR ELECTRICAL EQUIPMENT & THE PROVISION OF AS
TSC SECTION IX “PROVISION OF ANCILLARY SERVICES”:
To maintain the frequency within acceptable limits, support
the power balance, support the international power balance
Estimated value of FCR : UES of Ukraine (1 GW - load., 0.5 GW
disassembly.), Burshtyn1) area (loading - determination by
algorithm - sub-item 15 of item 8.4.3., load. - 0.1 GW)
Min. technical requirements for FCR : activation delay not more
than 30 sec, commissioning not more than 15 min, stable supply
of FCR not less than 60 min, accuracy of active FCR active
power measurement - not less than +/- 1% of nominal power of
UHF supply unit, measurement cycle no more than 1 sec
Each FCR provider must confirm compliance with the minimum
technical requirements and FCR readiness requirements, notify
the TSO of the reduction in actual readiness or emergency
shutdown of its FCR supply unit as soon as possible.
1) List of ancillary services (AS)
2) Requirements for electrical equipment for the provision of AS
3) Newly built generating units of type C and D (reconstruction and re-
equipment) must be technically capable of accommodating frequency
containment reserves (primary control), automatically and manually
activated frequency restoration reserves, and replacement reserves, as
well as to regulate voltage and reactive power (except for voltage
regulation in SC mode)
4) HPPs and PSPs with a capacity of more than 200 MW (with the ability to
regulate in the SC mode in the UES of Ukraine) must ensure the
placement of reserves on their generating units to provide AS for voltage
and reactive power regulation in the SC mode
5) The technical capacity of AS provision to restore the operation of the
UES of Ukraine after system blackouts (autonomous start-up) is
mandatory for all HPPs whose participation is provided in the Recovery
Plan of the UES of Ukraine / Burshtyn TPP regulation area after a special
system blackout approved by the TSO
6) The market rules determine the conditions for payment for AS, selection
of AS suppliers, conditions for monitoring the provision of AS and
sanctions for non-provision or low-quality provision of AS.
7) Annex 7 to the TSC defines the Procedure for inspection and testing of
AS Provider`s electrical installations
In the UES / control unit / synchronous region, the following
must be carried out continuously: secondary control in the
mode of separate operation, exchange power regulation,
power flow imitation
1) Burshtyn area – separate area in electricity system (UES + Burshtyn = entire electricity
system of Ukraine)
Source: Transmission System Code (TSC)
6. 8.4.4. Tertiary control
ANCILLARY SERVICES - SECTION V
TRANSMISSION
SYSTEM
CODE
2021
6
REQUIREMENTS FOR ELECTRICAL EQUIPMENT & THE PROVISION OF AS
TSC SECTION IX “PROVISION OF ANCILLARY SERVICES”:
For the UES of Ukraine, the estimated reserve for replacement -
tertiary control: loading not less than 1 GW, for unloading not
less than 0.5 GW.
For Burshtyn area: for load. - according to the formula of sub-
clause 15 of clause 8.4.3, for unloading of 0.1 GW.
Each RR1) supplier must notify the TSO of a reduction in actual
readiness or of an emergency shutdown of its RR unit.
The TSO must ensure that the replacement reserve complies
with the technical requirements, readiness requirements and
requirements for joining its units to the replacement reserve.
1) List of ancillary services (AS)
2) Requirements for electrical equipment for the provision of AS
3) Newly built generating units of type C and D (reconstruction and re-
equipment) must be technically capable of accommodating frequency
containment reserves (primary control), automatically and manually
activated frequency restoration reserves, and replacement reserves, as
well as to regulate voltage and reactive power (except for voltage
regulation in SC mode)
4) HPPs and PSPs with a capacity of more than 200 MW (with the ability to
regulate in the SC mode in the UES of Ukraine) must ensure the
placement of reserves on their generating units to provide AS for voltage
and reactive power regulation in the SC mode
5) The technical capacity of AS provision to restore the operation of the
UES of Ukraine after system blackouts (autonomous start-up) is
mandatory for all HPPs whose participation is provided in the Recovery
Plan of the UES of Ukraine / Burshtyn TPP regulation area after a special
system blackout approved by the TSO
6) The market rules determine the conditions for payment for AS, selection
of AS suppliers, conditions for monitoring the provision of AS and
sanctions for non-provision or low-quality provision of AS.
7) Annex 7 to the TSC defines the Procedure for inspection and testing of
AS Provider`s electrical installations
1) RR - replacement reserve
Source: Transmission System Code (TSC)
7. MARKET VOLUME AND LIMITATIONS
ANCILLARY
SERVICES
MARKET
2021
7
Planned costs for the purchase of electricity to
compensate technological losses:
UAH 4.7 billion without VAT for 2021
Source: Ukrenergo (TSO), NKREKP
Planned costs of the system control (dispatching)
(operational and technological) management:
UAH 5.5 billion without VAT for 2021
Source: Ukrenergo (TSO), NKREKP
10,2 bln UAH
FCR – Primary control
FRR – Secondary control
RR – Tertiary control
Market
volume
Register of ancillary service providers
UKRHYDROENERGO
DTEK ZAHIDENERGO
DTEK DNIPROENERGO
DTEK SHIDENEGRO
PJSC KHARKIV CHP-5
Register of balancing service providers
262 companies
Source: Ukrenergo (TSO)
Source: Ukrenergo (TSO)
Pricing on AS market
NKREKP, Resolution of 26.04.2019 № 635
Section 2 – AS FCR
Section 3 – AS FRR
Section 4 – AS RR
Section 4 – AS reactive
voltage and reactive
power control
Section 4 – AS restoration
ADMINISTRATIVE RESTRICTIONS THROUGH
THE DAM AND IDM PRICE MECHANISM
8. PRICE CAPS ON DAM AND INTRADAY MARKET
ANCILLARY
SERVICES
MARKET
2021
8
ADMINISTRATIVE RESTRICTIONS THROUGH
THE DAM AND IDM PRICE MECHANISM
Reviewing interval: 6 months
Involved state bodies: Antimonopoly Committee of Ukraine
Minimal loading Max (average wholesale price from 00:00 to
07:00, from 23:00 to 24:00) minimum load
from the last three months before the start
of work DAM and IDM (March-May 2019)
Maximal loading Max (average wholesale price from 07:00 to
23:00) of the maximum load for the last
three months before the start of IDM and
DAM (March-May 2019)
Special regime during the COVID-19 pandemic
Source: Electricity Market Rules Source: Electricity Market Operator, Resolution NKREKP
Participants of DAM and IDM must submit bids not higher than the price equal to
the hours of minimum load (from 00:00 to 07:00, from 23:00 to 24:00) 60% of the
price during hours of maximum load…
determined on the basis of
Maximum prices on DAM and IDM from August 8, 2020, UAH / MW (excl. VAT)
UES of Ukraine Burshtyn area
from 00:00 to 07:00,
from 23:00 to 24:00
from 07:00 to 23:00
1288,94
2048,23
959,12
2048,23
*IDM – Intraday market, DAM- Day-ahead market
9. PRICE CAPS ON DAM+INTRADAY+BALANCING
MARKET: DRAFT (NKREKP RESOLUTION)
ANCILLARY
SERVICES
MARKET
2021
9
Price cap on
DAM
MAX from
60% of the maximum of the average actual wholesale prices for electricity per
hour (from 07:00 to 23:00 maximum load for March - May 2019)
Minimum
of values:
Basic indicative
price
The maximum in the trade zone indicative
price for DAM of neighboring countries for
the corresponding hour of the day for the
same quarter of the previous year
2048,26*60% = 1228,96
till 1.11.2021
till 1.04.2022
after 1.04.2022
2048,26 * 0,925 (PPI* 2019) * 1,147 (PPI 2020) = 2173,15
2048,26 * 0,925 (PPI 2019) * 1,147 (PPI 2020) * (PPI 2021) =?
3500 UAH / MWh
For 1 quarter of 2021 - the average value = 1191 UAH / MWh;
for 2 q. 2021 = 2109 UAH / MWh
Price cap
on IDM and BM
MIN from
Basic indicative price
till 1.11.2021
till 1.04.2022
after 1.04.2022
2048,26*0,925 (PPI 2019) * 1,147 (PPI 2020) = 2173,15
2048,26 * 0,925 (ІPPI 2019) * 1,147 (PPI 2020) * (PPI 2021) =?
3500 UAH / MWh
The maximum marginal price
of the start-end period on
DAM* 1.15
2048,26*1,15 = 2355,5
*PPI- producer price index, IDM – Intraday market, DAM- Day-ahead market, BM – Balancing market
Source: the Regulator
10. PRICE CAPS ON AS MARKET
ANCILLARY
SERVICES
MARKET
2021
10
Pricing on AS Market
NKREKP, Resolution of 26.04.2019 № 635
Section 2 – AS FCR
Section 3 – AS FRR
Section 4 – AS RR
Section 4 – AS restoration
FCR LOADING FCR UNLOADING
FCR LOADING price
Wavg1) electricity price on FCR
Investment attractiveness ratio
Industry price index / 100%
FCR UNLOADING price
wavg electricity price on FCR
Coefficient - the amount of
payments for maneuverability and
generating capacities for 12
months to the cost of electricity
FRR LOADING FRR UNLOADING
FRR LOADING price
wavg electricity price on FCR
Investment attractiveness ratio
FRR UNLOADING price
wavg electricity price on FCR
Coefficient - the amount of
payments for maneuverability and
generating capacities for 12
months to the cost of electricity
AS RR price –
similarly FCR and FRR
TSO auctions at AS
Annual
Quarterly
Monthly, weekly, daily
55% of the DAM settlement period and 115% of the price limit of the DAM settlement period -
Price caps for applications in the balancing market
Prices are published
by TSO in the Internet
Section 4 – AS reactive
voltage and reactive
power control
1) WAVG - weighted average
Source: the Government
Source: the Government
11. PROCEDURE FOR AUCTIONS
NEW
CAPACITIES
MARKET
2021
11
The State Agency for Energy Efficiency and TSO submits proposals on the
amount of annual quotas for RES support by September 15 each year
Until September 15 each year for the next 5
years with the distribution by type of RES
Until October 31 of each year for the next 5
years with the distribution by type of RES
The authorized body submits a draft decision on the establishment of annual
quotas for support of RES for the next 5 years
The Cabinet of Ministers publishes decisions on setting annual quotas on its
own websites and the Guaranteed Buyer (GB) website
No later than 5 working days from the date
of such decision
Preparation for the auction
GB publishes an announcement about the auction The auction is held no earlier than 30 days and no later than 60 days from the date of announcement
Potential auction participants apply for participation through the form in the
personal account on the website of the operator of the authorized electronic
platform
Acceptance of applications - from the moment of publication to the time between 19:30 and 20:30 days
preceding the day of the auction
The electronic system automatically records the date
and time of each application
From the moment of the confirmation receipt by an applicant becomes a participant
The amount of power kW, may not exceed the capacity under the contract for connection to the grid
In auctions with land parcels, the capacity may not exceed the allowable range for the relevant RES facility.
Source: the Government
12. PROCEDURE FOR AUCTIONS
NEW
CAPACITIES
MARKET
2021
12
Preparation for the auction
Price offer for the production of electricity from RES In eurocents per 1 kWh with two signs after comma, not higher than the
green tariff
Necessary documents for download by a potential auction participant Bank guarantee in favor of the Guaranteed Buyer
Certificate of ownership / use of land
A copy of the agreement on connection to the grid
Extract from the USREOU
Information about the beneficiary
Information on the management structure
For a technology-neutral auction - a certificate on the type of RES
Not submitted at land
auctions
Preparation for the auction
2 or more participants Automatic start of the auction at a certain time and date
After the auction starts, the system gives participants 15 minutes to get
acquainted with the information from the auction announcement.
After 15 minutes - the time for updating the price offers begins - after that
the participants have 15 minutes to update the price offers in the direction of
reduction without changing the capacity
Source: the Government
13. DRAFT LAW 2582 ON ENERGY STORAGE
DRAFT
LAW
2582
ON
ENERGY
STORAGE,
2021
13
Storage system operator TSO
Distribution system operator
The draft law includes the amendments to the Law "On Electricity Market"
Ability to operate systems accumulation of the electric power with various
technologies (purchase and sale, AS)
Partial compensation of electricity prices
from power storage systems through
"Green" tariff and the electricity transmission tariff of NEC Ukrenergo - TSO
Operation of storage systems, both for the operator's own needs and
separately for the provision of AS and grid balancing services
Licensing more than 5 MW
Prohibition of the combination of functions of GB, TSO, distribution system,
and the storage system operator, with some exceptions
Notify about the end of operation
within 90 days
Commitment to participate in the
balancing market
For some cases, use a storage system
up to 250 MW
Annual report on cases of operational
safety of UES through the use of
electricity storage systems
For some cases, use a storage system
up to 25 MW without additional
licenses and informing the Regulator
Participation of storage system operators (SSO) in the balancing group of the
GB and payment for electricity on the basis of net flows supplied to the grid
Producers who have a "green” tariff and who are operators of the market
have the right to be included in the balancing group of GB (Guaranteed Buyer)
with payment of electricity only in the amount not exceeding the accumulated
electricity produced at their own power plants
Source: The Parliament