The document discusses automation solutions for solar power plants in India. It outlines the business challenges facing solar power in India due to remote locations and fluctuating availability. A remote monitoring system is proposed as a solution to monitor solar power production in real-time, notify of alarms and events, integrate reporting on power consumption and revenue, and provide a ticketing system to track issue resolution. A multi-model approach is suggested starting with basic monitoring and alarms and expanding to more advanced customized reporting and analytics.
Your Blueprint for Grid Modernization Starts Here
Learn more:
• Key lessons from NRGi's deployment and their plans to use grid health data from meters to troubleshoot problems in the low voltage network
• How to get beyond billing and offer new applications that can maximize your investment
• How other leading utilities plan to expand beyond billing using Echelon's multi-application platform
Echelon Enables Powerful and Efficient Grid Analytics with New Smart Meter Software that Helps Utilities Avoid Service Outages.
- Industry First - Smart meters (Echelon/OSGP) can now be upgraded in the field to function as multi-parameter grid sensors, in addition to serving as billing devices.
- Reduces Data Deluge - Separating billing data from grid power quality data enables utilities to minimize the volume of data collected and processed, while increasing its usefulness – ultimately improving service reliability at lower cost.
Market Research Europe - Smart Metering Market in Europe 2009Netscribes, Inc.
Smart metering in Europe has grown significantly in recent years, with 39.3 million smart meters installed in 2008 expected to reach 81.2 million by 2013. Drivers of smart meter adoption include EU directives around energy conservation, liberalization of European energy markets, and cost benefits of smart metering. However, challenges remain around the huge investment required, lack of standardization, security issues, and lack of consumer acceptance for small users.
Smart Grid, Smart Metering and CybersecurityDavid Wallom
This document discusses smart grids, smart metering, and cybersecurity. It describes how smart grids use high-speed communication systems and distributed computing for service restoration, voltage control, condition monitoring and other functions. It also discusses using cloud computing and trusted computing paradigms to securely share critical infrastructure data in real-time between transmission and distribution network operators. Finally, it describes how analytics on domestic load profiles could help detect energy theft at scale.
The document discusses power quality and network analysis solutions from Alpes Technologies. It describes measuring power quality for utilities, defining power quality, and the interests in monitoring power quality for deregulated markets. It also outlines Alpes Technologies' products for power quality analysis, including permanent and mobile instruments for measuring voltage dips, harmonics, flicker and other parameters.
Conzerv was a leader in energy efficiency solutions in India, pioneering digital energy meters. It joined Schneider Electric in 2009. Together they provide comprehensive energy efficiency solutions through products and services like energy audits, power quality audits, training, and various power monitoring devices and demand controllers to help customers manage their energy usage and efficiency over the full lifecycle. The document provides details on their specific product offerings.
Presented by Operating Agent Task 15, David Crossley, Energy Futures, Australia, at the IEA DSM Programme workshop in Brugge, Belgium on 10 October 2007.
1. The document discusses key drivers and challenges facing smart grid technologies globally including deregulation, distributed generation, aging infrastructure, growing energy demand and losses, and cybersecurity issues.
2. It provides an overview of the Millener smart grid project in France which implements PV, energy storage, and an energy management solution across two island grids to test aggregator services and business models.
3. Finally, it discusses an Indian smart grid vision and how distribution management systems can be used for volt/VAR optimization to reduce peak demand by 350+ MW through distribution system demand response without requiring changes in customer behavior.
Your Blueprint for Grid Modernization Starts Here
Learn more:
• Key lessons from NRGi's deployment and their plans to use grid health data from meters to troubleshoot problems in the low voltage network
• How to get beyond billing and offer new applications that can maximize your investment
• How other leading utilities plan to expand beyond billing using Echelon's multi-application platform
Echelon Enables Powerful and Efficient Grid Analytics with New Smart Meter Software that Helps Utilities Avoid Service Outages.
- Industry First - Smart meters (Echelon/OSGP) can now be upgraded in the field to function as multi-parameter grid sensors, in addition to serving as billing devices.
- Reduces Data Deluge - Separating billing data from grid power quality data enables utilities to minimize the volume of data collected and processed, while increasing its usefulness – ultimately improving service reliability at lower cost.
Market Research Europe - Smart Metering Market in Europe 2009Netscribes, Inc.
Smart metering in Europe has grown significantly in recent years, with 39.3 million smart meters installed in 2008 expected to reach 81.2 million by 2013. Drivers of smart meter adoption include EU directives around energy conservation, liberalization of European energy markets, and cost benefits of smart metering. However, challenges remain around the huge investment required, lack of standardization, security issues, and lack of consumer acceptance for small users.
Smart Grid, Smart Metering and CybersecurityDavid Wallom
This document discusses smart grids, smart metering, and cybersecurity. It describes how smart grids use high-speed communication systems and distributed computing for service restoration, voltage control, condition monitoring and other functions. It also discusses using cloud computing and trusted computing paradigms to securely share critical infrastructure data in real-time between transmission and distribution network operators. Finally, it describes how analytics on domestic load profiles could help detect energy theft at scale.
The document discusses power quality and network analysis solutions from Alpes Technologies. It describes measuring power quality for utilities, defining power quality, and the interests in monitoring power quality for deregulated markets. It also outlines Alpes Technologies' products for power quality analysis, including permanent and mobile instruments for measuring voltage dips, harmonics, flicker and other parameters.
Conzerv was a leader in energy efficiency solutions in India, pioneering digital energy meters. It joined Schneider Electric in 2009. Together they provide comprehensive energy efficiency solutions through products and services like energy audits, power quality audits, training, and various power monitoring devices and demand controllers to help customers manage their energy usage and efficiency over the full lifecycle. The document provides details on their specific product offerings.
Presented by Operating Agent Task 15, David Crossley, Energy Futures, Australia, at the IEA DSM Programme workshop in Brugge, Belgium on 10 October 2007.
1. The document discusses key drivers and challenges facing smart grid technologies globally including deregulation, distributed generation, aging infrastructure, growing energy demand and losses, and cybersecurity issues.
2. It provides an overview of the Millener smart grid project in France which implements PV, energy storage, and an energy management solution across two island grids to test aggregator services and business models.
3. Finally, it discusses an Indian smart grid vision and how distribution management systems can be used for volt/VAR optimization to reduce peak demand by 350+ MW through distribution system demand response without requiring changes in customer behavior.
Photovoltaic Training - Session 3 - Plant OperationLeonardo ENERGY
Control systems and telecommunications.
Components and infrastructure needed to control systems
Monitoring and troubleshooting
Management of information obtained by the control system
Management and alarms.
Sending information for maintenance purposes.
Security of the Installation.
Fundamental characteristics required in a surveillance system.
Protection systems against theft.
Anti‐intrusion systems.
CCTV and video surveillance.
e‐Rounds.
Remote control systems.
Security in PV roofs.
Final presentation to the California Energy Commission on the Residential Information and Controls Study, also known as SMUD\'s Residential Summer Solutions Study, which involved dynamic pricing, real-time energy information, and communicating thermostats
This document discusses monitoring and management of a data center across 6 zones, from the point of entry to individual server payloads. Key information monitored at each zone includes energy usage, efficiency metrics like PUE, environmental factors, and costs/billing to provide holistic oversight of facility performance. Real-time data and automated reports empower informed decision-making to reduce energy and increase resilience.
The document describes Ijenko's IoE2 VPP platform for aggregating residential flexibility. The platform enables [1] flexibility operators to offer ancillary grid services by managing residential demand, [2] utilities to leverage smart metering and manage grid constraints, and [3] local authorities to respect low carbon objectives. It provides tools for forecasting and piloting aggregated energy streams, implementing demand response programs, and integrating distributed energy resources at residential sites.
1. Several hardware companies announced new products including more intelligent inverters, combiner boxes, and microinverters.
2. Software and monitoring services were also introduced to provide performance monitoring, analytics, and remote monitoring of photovoltaic systems.
3. Emerging trends in the solar industry include a greater focus on actual system performance through improved monitoring and diagnostics.
Closing the gap between smart metering and distribution automation with trans...Landis+Gyr
- Real-time metering to improve transparency to medium and low voltage networks
- Utilizing metered quality data for network maintenance and investment planning
- Value of reference metering: identify and minimize technical and non-technical losses
This document discusses improving substation reliability and availability. It describes electrical events that occurred after an expansion at a refinery, highlighting issues with microprocessor relays, control power supplies, and time synchronization. The importance of substation documentation, automation, data retrieval, monitoring, and critical auxiliaries is discussed. Reliability calculations are shown to not fully account for hidden failures and varying operating conditions. Overall recommendations are made to establish best practices for documentation, configuration, monitoring, and addressing reliability more holistically.
This presentation was given as part of the April 21, 2010 Northwest Clean Energy Resource Team meeting on Smart Grid Technology in Northwest Minnesota.
Enerji Sektöründe Endüstriyel IoT Uygulamaları - Şahin Çağlayan (Reengen)ideaport
Reengen Enerji IoT Platformu kurucu ortağı ve AR-GE sorumlusu Sahin Çaglayan, nesnelerin interneti ve büyük veri analizi yeteneklerini bir araya getirerek ticari binalarda ve enerji şebekesinde bulut tabanlı optimizasyon süreçlerini anlattı.
-
23 Mart 2016
meet@ideaport | IoTxTR#21 'Enerji Sektöründe Endüstriyel IoT Uygulamaları' Semineri
Instituion Of Engineers Smart Grid Seminar Jul 16 2009satyambh
The document discusses smart grids and the customer domain within smart grid ecosystems. It covers how smart meters, home area networks, energy devices, electric vehicles, and micro-grids can integrate with smart pricing programs to optimize energy usage and lower costs for utilities and customers. The goal is to shift demand away from peak times and encourage conservation through technology enabling real-time pricing programs and demand response.
The document discusses smart meters and utility metering applications. It describes high-end utility meters that combine energy metering, power quality monitoring, I/O capabilities, and communications. These advanced meters can be used for revenue and tariff metering, power quality analysis, substation automation, equipment monitoring and control, and improving system accuracy. The document also provides examples of how a utility is using power quality monitoring systems to identify issues early, avoid equipment failures, reduce outage times, and lower costs.
The document discusses Advanced Metering Infrastructure (AMI), which involves smart meters, communication networks, and utility applications to provide two-way communication between utilities and customers. It describes the hardware components of smart meters, the AMI network architecture including home area networks and wider communication networks, and various AMI applications such as remote meter reading, outage notification, load management, and asset monitoring.
Progress Energy presented on their smart grid initiatives including distribution system demand response. They discussed how their grid automation has evolved over time from the 1980s onwards to incorporate more advanced technologies like fault location systems and distribution management systems. They are now treating their distribution grid as a virtual generator through demand response. Progress Energy highlighted key lessons learned around not underestimating complexity, importance of data and systems integration, and the need for changes to roles and processes as the grid modernizes.
A key part of implementing Volt-VAR control and optimization is to identify the benefits that can be attributed to VVO. The major challenge is to separate the impacts of VVO (i.e. the VVO benefits) from the impacts of factors not related to VVO, such as changing weather conditions, random customer behavior and routine operational changes (planned switching). Utilities on the panel have performed VVO measurement and verification using different methods. Each presenter will describe how the method works, data requirements, strengths and weaknesses of the approach and results. The session also will summarize work by the IEEE Volt-VAR task force to develop IEEE Guideline P1885 M&V of VVO projects for electric distribution utilities.
IRJET- Land Mine Data Collection System using Long Range WiFi and P2P Com...IRJET Journal
This system collects data from sensors in landmines including time of blast, weight, temperature, climate factors like rainfall, and direction of movement. This data helps determine the cause of mine blasts and informs soldiers of conditions. Sensors transmit data via long range WiFi to a base station where the information is displayed. Collecting this critical data enhances military investigations and situational awareness for troops.
Role of Big Data Analytics in Power System Application Ravi v angadi asst. pr...PresidencyUniversity
This document discusses the role of big data analytics in power systems. It begins by introducing big data and its growth across various sectors. It then discusses sources of big data in power systems, including measurements from smart meters, phasor measurement units, and weather data. The document outlines characteristics of big data in power systems including volume, velocity, variety, and veracity. It identifies important applications of big data analytics for power systems like performance analysis, load management, and forecasting. Finally, it presents machine learning and analytics techniques that can be used for big data in power systems and provides a flow diagram of big data analytics applications in power systems.
The document discusses what a smart grid means to different people involved in the electric power industry. It defines a smart grid as a power system that is automated, interactive, optimized, predictive, distributed, integrated and secure. The smart grid integrates two infrastructures - the electrical infrastructure and the information infrastructure - to provide customer value by increasing energy and operational productivity, power reliability and quality, and reducing CO2 emissions. It discusses various smart grid building blocks and requirements. The smart grid has the potential to provide operational efficiency, energy efficiency, customer satisfaction, and environmental benefits.
This document discusses an online grading and tracking application for steel blooms. It describes how the application performs forward scheduling, tracks process signals, provides cutting schedules, conducts online grading, and optimizes schedules. The application establishes grading rules, views grading trends, and generates reports. Its benefits include faster turnaround, more reliable processes, and real-time information from a centralized location.
The document describes Axcend, an automation and software solutions company. It summarizes Axcend's services including implementation of Siemens PLM and QAD ERP solutions. It then discusses Axcend's Wind Data Analyzer software, which imports wind turbine data from loggers, performs quality checks, uses algorithms to patch faulty data, and generates reports to help clients estimate energy production from wind farms.
Photovoltaic Training - Session 3 - Plant OperationLeonardo ENERGY
Control systems and telecommunications.
Components and infrastructure needed to control systems
Monitoring and troubleshooting
Management of information obtained by the control system
Management and alarms.
Sending information for maintenance purposes.
Security of the Installation.
Fundamental characteristics required in a surveillance system.
Protection systems against theft.
Anti‐intrusion systems.
CCTV and video surveillance.
e‐Rounds.
Remote control systems.
Security in PV roofs.
Final presentation to the California Energy Commission on the Residential Information and Controls Study, also known as SMUD\'s Residential Summer Solutions Study, which involved dynamic pricing, real-time energy information, and communicating thermostats
This document discusses monitoring and management of a data center across 6 zones, from the point of entry to individual server payloads. Key information monitored at each zone includes energy usage, efficiency metrics like PUE, environmental factors, and costs/billing to provide holistic oversight of facility performance. Real-time data and automated reports empower informed decision-making to reduce energy and increase resilience.
The document describes Ijenko's IoE2 VPP platform for aggregating residential flexibility. The platform enables [1] flexibility operators to offer ancillary grid services by managing residential demand, [2] utilities to leverage smart metering and manage grid constraints, and [3] local authorities to respect low carbon objectives. It provides tools for forecasting and piloting aggregated energy streams, implementing demand response programs, and integrating distributed energy resources at residential sites.
1. Several hardware companies announced new products including more intelligent inverters, combiner boxes, and microinverters.
2. Software and monitoring services were also introduced to provide performance monitoring, analytics, and remote monitoring of photovoltaic systems.
3. Emerging trends in the solar industry include a greater focus on actual system performance through improved monitoring and diagnostics.
Closing the gap between smart metering and distribution automation with trans...Landis+Gyr
- Real-time metering to improve transparency to medium and low voltage networks
- Utilizing metered quality data for network maintenance and investment planning
- Value of reference metering: identify and minimize technical and non-technical losses
This document discusses improving substation reliability and availability. It describes electrical events that occurred after an expansion at a refinery, highlighting issues with microprocessor relays, control power supplies, and time synchronization. The importance of substation documentation, automation, data retrieval, monitoring, and critical auxiliaries is discussed. Reliability calculations are shown to not fully account for hidden failures and varying operating conditions. Overall recommendations are made to establish best practices for documentation, configuration, monitoring, and addressing reliability more holistically.
This presentation was given as part of the April 21, 2010 Northwest Clean Energy Resource Team meeting on Smart Grid Technology in Northwest Minnesota.
Enerji Sektöründe Endüstriyel IoT Uygulamaları - Şahin Çağlayan (Reengen)ideaport
Reengen Enerji IoT Platformu kurucu ortağı ve AR-GE sorumlusu Sahin Çaglayan, nesnelerin interneti ve büyük veri analizi yeteneklerini bir araya getirerek ticari binalarda ve enerji şebekesinde bulut tabanlı optimizasyon süreçlerini anlattı.
-
23 Mart 2016
meet@ideaport | IoTxTR#21 'Enerji Sektöründe Endüstriyel IoT Uygulamaları' Semineri
Instituion Of Engineers Smart Grid Seminar Jul 16 2009satyambh
The document discusses smart grids and the customer domain within smart grid ecosystems. It covers how smart meters, home area networks, energy devices, electric vehicles, and micro-grids can integrate with smart pricing programs to optimize energy usage and lower costs for utilities and customers. The goal is to shift demand away from peak times and encourage conservation through technology enabling real-time pricing programs and demand response.
The document discusses smart meters and utility metering applications. It describes high-end utility meters that combine energy metering, power quality monitoring, I/O capabilities, and communications. These advanced meters can be used for revenue and tariff metering, power quality analysis, substation automation, equipment monitoring and control, and improving system accuracy. The document also provides examples of how a utility is using power quality monitoring systems to identify issues early, avoid equipment failures, reduce outage times, and lower costs.
The document discusses Advanced Metering Infrastructure (AMI), which involves smart meters, communication networks, and utility applications to provide two-way communication between utilities and customers. It describes the hardware components of smart meters, the AMI network architecture including home area networks and wider communication networks, and various AMI applications such as remote meter reading, outage notification, load management, and asset monitoring.
Progress Energy presented on their smart grid initiatives including distribution system demand response. They discussed how their grid automation has evolved over time from the 1980s onwards to incorporate more advanced technologies like fault location systems and distribution management systems. They are now treating their distribution grid as a virtual generator through demand response. Progress Energy highlighted key lessons learned around not underestimating complexity, importance of data and systems integration, and the need for changes to roles and processes as the grid modernizes.
A key part of implementing Volt-VAR control and optimization is to identify the benefits that can be attributed to VVO. The major challenge is to separate the impacts of VVO (i.e. the VVO benefits) from the impacts of factors not related to VVO, such as changing weather conditions, random customer behavior and routine operational changes (planned switching). Utilities on the panel have performed VVO measurement and verification using different methods. Each presenter will describe how the method works, data requirements, strengths and weaknesses of the approach and results. The session also will summarize work by the IEEE Volt-VAR task force to develop IEEE Guideline P1885 M&V of VVO projects for electric distribution utilities.
IRJET- Land Mine Data Collection System using Long Range WiFi and P2P Com...IRJET Journal
This system collects data from sensors in landmines including time of blast, weight, temperature, climate factors like rainfall, and direction of movement. This data helps determine the cause of mine blasts and informs soldiers of conditions. Sensors transmit data via long range WiFi to a base station where the information is displayed. Collecting this critical data enhances military investigations and situational awareness for troops.
Role of Big Data Analytics in Power System Application Ravi v angadi asst. pr...PresidencyUniversity
This document discusses the role of big data analytics in power systems. It begins by introducing big data and its growth across various sectors. It then discusses sources of big data in power systems, including measurements from smart meters, phasor measurement units, and weather data. The document outlines characteristics of big data in power systems including volume, velocity, variety, and veracity. It identifies important applications of big data analytics for power systems like performance analysis, load management, and forecasting. Finally, it presents machine learning and analytics techniques that can be used for big data in power systems and provides a flow diagram of big data analytics applications in power systems.
The document discusses what a smart grid means to different people involved in the electric power industry. It defines a smart grid as a power system that is automated, interactive, optimized, predictive, distributed, integrated and secure. The smart grid integrates two infrastructures - the electrical infrastructure and the information infrastructure - to provide customer value by increasing energy and operational productivity, power reliability and quality, and reducing CO2 emissions. It discusses various smart grid building blocks and requirements. The smart grid has the potential to provide operational efficiency, energy efficiency, customer satisfaction, and environmental benefits.
This document discusses an online grading and tracking application for steel blooms. It describes how the application performs forward scheduling, tracks process signals, provides cutting schedules, conducts online grading, and optimizes schedules. The application establishes grading rules, views grading trends, and generates reports. Its benefits include faster turnaround, more reliable processes, and real-time information from a centralized location.
The document describes Axcend, an automation and software solutions company. It summarizes Axcend's services including implementation of Siemens PLM and QAD ERP solutions. It then discusses Axcend's Wind Data Analyzer software, which imports wind turbine data from loggers, performs quality checks, uses algorithms to patch faulty data, and generates reports to help clients estimate energy production from wind farms.
Axcend is an IT consulting firm that provides ERP and OEE solutions to manufacturing clients. It partners with QAD to implement their ERP software, and also offers an OEE solution to measure production efficiency. The OEE solution calculates key metrics like availability, performance, and quality using real-time equipment data. Implementing an OEE system involves assessing a client's operations, developing an automatic data collection system, calculating ROI, and integrating the system with other business applications. OEE reports and dashboards provide visibility into downtime causes and help manufacturers reduce costs and improve productivity.
Axcend is a global business entity focusing on manufacturing IT solutions. It has a joint venture with a North American IT business group and has been benchmarked at CMMI Level 3 and ISO 9001:2000. It serves over 40 customers with over 100 projects. Axcend offers value-added reselling for ERP and PLM solutions and provides services including PLM solutions, OEE and MES solutions, automation development support, product development support, and testing and validation.
Axcend is a global business entity focusing on manufacturing IT domains. It has expertise in industrial automation and technology. Some key points:
- It has over 120 employees serving over 50 customers on 100+ projects worldwide.
- Axcend provides services across the manufacturing IT landscape, including PLM, ERP, MES, industrial automation, and more.
- Its industrial automation services include development, integration, migration and support of DCS, PLC, SCADA, and HMI systems.
- Axcend utilizes onshore, offshore and hybrid engagement models to provide cost benefits to customers while maintaining quality.
We Provide Software Product Development & Engineering Services for Industrial Engineering Product Vendors, Automation OEMs & Mfg. IT Companies.
This document discusses Axcend, an organization that serves as a valued partner for automation OEMs. Some key points:
- Axcend has over 15 years of experience partnering with 6 of the top 10 global automation OEMs, with over 400 man-years spent on product development.
- They help OEMs with manufacturing execution systems, control applications development, PLC/SCADA development, and other areas across the manufacturing value chain.
- Axcend offers flexible business models to meet partners' needs, including onsite, offshore, and shared development centers to improve costs and speed to market.
2. Index
• Solar Advantages in India
• India Focus on Solar Energy-Manufacturing
• Opportunities
• Unique Value Proposition
• Overview of Solar Power Monitoring
• Business Challenges & Need of the Hour
• Solution Approach
• Advantages
3. Solar Advantage in India
Most Urban & industrial centers in India are experiencing peak electricity
shortages of over 15%.
India has come up with a plan to develop 60 cities as SOLAR
CITIES. The proposal envisages a minimum 10% reduction in total demand of
conventional energy after five years in each of these cities through efficiency
and renewal energy measures
BUSINESS CHALLENGE
4. India Focus on Solar Energy
MANUFACTURING
India’s PV manufacturing sector is developing fast.
India is the best country after China for business investment. US marketing
company DCI cites India’s labour, including its supply, skills level and
cost, as the main reason for this positive perception.
Indian Government has announced a semiconductor policy under its
Special Incentive Package Scheme ( SIPS) which will provide 20% of the
capital expenditure, during the first 10 years for semiconductor
industries, including manufacturing activities related to Solar PV
technology located in Special Economic Zones (SEZ) and 25% for
industries not located in SEZ.
5. Opportunities
• In a article published in New York times, it is reported that India is working
towards becoming a global leader & a hub of solar power, something like
US, Germany and Spain were recognized for.
• As per National Solar Mission reports, India plans to add 20000 MW of Solar
Power Generation Capacity by 2020. Further the plan envisages 100000 MW
by 2030 and 200000 MW by the middle of this century.
• On top of it, India has among the highest solar irradiance in the world which
makes solar PV all the more attractive for India.
6. Unique Value Proposition
Data Acquisition from all sources
Real Time Monitoring
Convert Raw data into useful information
Enterprise and Plant Level Reporting
7. Overview of Solar Power Monitoring
DC Current , Status from each String
Inverter String DC, I, V,P from each SJB,AC, I ,V,P Peak Power
Junction Panel Power temperature , Efficiency
Monitor VCB,ACB, Isolator, switches, protection Relays
Alarms & Events based on status , Faults, Trips
Field Device Input and Output Current Voltage , Power of Transformers
Monitor and Control Alternate Power (DG)
Weather Sensors, PV Monitor Weather Sensors
Lighting Control PV Lighting
Monitor Energy Meter Parameters
Power Consumption Know power uploaded to Grid
Know power Utilization at Plant
and Production
Know production cost ,Revenue generated , CO2
Equivalent s, Carbon Credits
What is the percentage contributor ?
What if Analysis If particular factor is controlled how
generation shall improve ?
Data Logging, Report Report for Analysis there by
Generation Optimization
8. Business Challenge
Remote Locations: Monitoring is difficult and tedious
Real time notification of Field devices performance
Analysis of Power Production
Variability: Availability Fluctuates
Due to weather patterns, clouds, and cycles of day and night
Measuring Costs of Electricity Production
Need of the Hour
Have a Remote Monitoring System
Monitor AC, DC, Power produced
Monitor and Control Field devices
Notify Alarms and Events based on Field devices status
Data Acquisition and Recording
Reporting for analysis
Calculate Cost of Production, Revenue, CO2 equivalents, Carbon credits
9. Approach: Model wise RMS Solution
Model based solution Proposed to add advanced functionality
Model1:
Data Acquisition, Recording, Remote Monitoring with Alarms and Events
Notification
Model2:
Data Acquisition, Recording, Remote Monitoring with Alarms and Events
Notification, Integrated Reporting(eg: Power Consumption, Power
to Grid)
Model3:
Data Acquisition, Recording, Remote Monitoring with Alarms and Events
Notification, Integrated Reporting(eg: Power Consumption, Power to Grid), Ticketing
and Resolution workflow
Model4:
Data Acquisition, Recording, Remote Monitoring with Alarms and Events
Notification, Integrated Reporting(eg: Power Consumption, Power to Grid), Ticketing and
Resolution workflow, Advanced Customized Reporting specific to
Clients
10. Model1: Alarms and Events Notification
Notify
Reporting Alarms
Event
DB Remote Monitoring System
Data
Mimics
Storage
Data Acquisition
Communication Medium
Solar Solar
P Communication P Communication
V Gateway V Gateway
•Energy Parameters
•Solar Production
Record Field Record Field •Load Details
S devices Data S devices Data •Inverter Parameters
i 1 n i •MV Switch Gear
t Data t Data •Alarms and Events
e Acquisition e Acquisition
11. Model2: Integrated Reporting
Integrated
Notify
Reporting
Alarms
with
Event
Context
DB Remote Monitoring System
Data
Mimics
Storage
Data Acquisition
Communication Medium
Solar Solar
P Communication P Communication
V Gateway V Gateway
•Energy Parameters
•Solar Production
Record Field Record Field •Load Details
S devices Data S devices Data •Inverter Parameters
i 1 n i •MV Switch Gear
t Data t Data •Alarms and Events
e Acquisition e Acquisition
12. Model3: Ticketing , Resolution Workflow
Integrated
Reporting Ticketing and Resolution
with Workflow
Context
DB Remote Monitoring System
Notify
Data
Mimics Alarms
Storage
Event
Data Acquisition
Communication Medium
Solar Solar
P Communication P Communication
V Gateway V Gateway
•Energy Parameters
•Solar Production
Record Field Record Field •Load Details
S devices Data S devices Data •Inverter Parameters
i 1 n i •MV Switch Gear
t Data t Data •Alarms and Events
e Acquisition e Acquisition
13. Model4: Advanced Customized Reporting
Integrated
Ticketing, Re Adv.
Reporting
solution Customized
with
Workflow Reports
Context
DB Remote Monitoring System
Notify
Data
Mimics Alarms
Storage
Event
Data Acquisition
Communication Medium
Solar Solar
P Communication P Communication
V Gateway V Gateway
•Energy Parameters
•Solar Production
Record Field Record Field •Load Details
S devices Data S devices Data •Inverter Parameters
i 1 n i •MV Switch Gear
t Data t Data •Alarms and Events
e Acquisition e Acquisition
14. Advantages
SCADA
Powerful and Sophisticated, yet Easy to Use
Breakthrough Visualization Capabilities Robust and Scalable Solution
Real time Supervisory Monitor
Real time Alarms and Events Notifications
Database:
Robust Centralized Database
Store data with Amazing Speed & Remarkable Efficiency
Advanced Data retrieval mode
Centralized Monitor
Information with Context
Reports
Web Based, Access using web browser
Analyze with Context