Renewable energy management

Renewable energy management

Renewable Energy Management Systems (REMS)

EnergiSpeak’s Renewable Energy Management Systems (REMS) can optimize the performance and efficiency of renewable energy assets. These systems are designed to monitor, control, and manage various aspects of renewable energy generation in real-time.

Here are some key features and benefits of REMS:

1. Real-time Monitoring:
   • REMS provide real-time monitoring of renewable energy assets, including solar panels, wind turbines, and other sources.
   • Continuous monitoring allows operators to track energy production, identify performance issues, and respond promptly to any abnormalities.
2. Data Acquisition and Analysis:
   • REMS collect and analyze data from different sensors and monitoring devices attached to renewable energy systems.
   • Data analysis helps in identifying trends, predicting potential issues, and optimizing energy production.
3. Performance Optimization:
   • By analyzing data on energy production, REMS can optimize the performance of renewable energy assets. This includes adjusting parameters such as tilt angles for solar panels or blade angles for wind turbines.
4. Fault Detection and Diagnostics:
   • REMS can detect faults or malfunctions in the renewable energy system promptly.
   • Advanced diagnostics help in identifying the root causes of issues, enabling quick and effective maintenance.
5. Integration with Weather Forecasting:
   • REMS often integrate with weather forecasting systems to anticipate changes in weather conditions.
   • This integration allows for better planning and adaptation of renewable energy systems to changing weather patterns.
6. Remote Control and Automation:
   • REMS enable remote control of renewable energy assets, allowing operators to make adjustments without physically being on-site.
   • Automation features help in optimizing operations and responding to changing conditions automatically.
7. Energy Storage Integration:
   • REMS may also facilitate the integration of energy storage systems, managing the storage and discharge of energy to ensure a stable power supply.
8. Compliance and Reporting:
   • REMS help in ensuring compliance with regulatory standards and environmental requirements.
   • Automated reporting features assist in generating reports for regulatory bodies and stakeholders.
9. User-friendly Interface:
   • An intuitive user interface makes it easy for operators to monitor and control renewable energy systems.
   • Visualization tools provide insights into system performance and facilitate decision-making.
10. Cost Reduction and Revenue Maximization:
    • By optimizing performance and minimizing downtime, REMS contribute to cost reduction and revenue maximization for renewable energy projects.

Renewable Energy Management Systems have essential tools for efficiently managing and maximizing the potential of renewable energy assets. They contribute to sustainability, reliability, and economic viability in the rapidly evolving field of renewable energy.

Key Modules of EnergiSpeak’s Renewable Energy Management System (REMS) are:

REMS Modules

• Monitor Module
  • Real-time portfolio monitoring with key indicators.
  • Automated reporting tools for stakeholders.
  • Budget and key performance indicators (KPIs).
  • Notifications on portfolio conditions.
• Analyze Module
  • Overview of portfolio performance.
  • Machine learning algorithms for predicting potential failures.
  • Trend analysis, benchmarked indicators, and operational dashboards.
  • Downtime categorization and customizable KPIs.
• Operate Module
  • Single solution for the entire renewable energy portfolio.
  • Real-time overview for efficient control room operations.
  • Support for global operations with multiple time-zone capabilities.
  • Control of generators and substations, intelligent alarm aggregation.
• Predict Module
  • Anticipation of potential failures using machine-learning algorithms.
  • Capability to build and compare digital twins.

1. Cloud-Based Solution:
   • Leveraging IoT, big data, and real-time analytics.
   • Agile developments and deployments.
   • Management of all renewable assets from a single cloud-based system.
2. Pay-as-You-Go Service:
   • Subscription-based cloud service with flexible payment based on portfolio size and chosen modules.
   • Customizable hosting services based on availability, security, location, and standards.
3. On-Premises Installations:
   • Option for on-premises installations based on client requirements.
4. Software Maintenance:
   • Ongoing software maintenance services, including error correction and regular releases.
5. Technical Expertise:
   • Backed by strong technical and industry expertise.
   • Over 15 years of experience in software integration for wind farm management worldwide.
6. New Developments in REMS:
   • Enhanced joint forecasting of wind and solar outputs using deep neural networks.
   • Advanced optimization model for sizing components.
   • Augmentation of rolling hourly dispatch with a criterion for reducing deviations from the hour-ahead dispatch schedule.
7. Benefits of EnergiSpeak's REMS:
   • Reduction of renewable energy curtailment.
   • Minimization of spinning and non-spinning reserve.
   • Lower reaction time through REMS automation layers.
   • Improved forecast accuracy with multiple forecast tool blending.
   • Operator awareness of renewable energy generation in the distribution network.

EnergiSpeak's REMS offer a robust and integrated solution for monitoring, analyzing, operating, and predicting the performance of renewable energy assets. The inclusion of machine learning, real-time analytics, and cloud-based features positions it as a versatile tool for addressing the challenges in the renewable energy sector.

Renewable Management System (REMS) - Highlights

EnergiSpeak's Renewable Management System (REMS)Top of Form

Provides information outlines the following capabilities and features:

1. Comprehensive Solutions for Renewable Assets:
   • EnergiSpeak's REMS is designed to deliver solutions for managers, owners, and teams involved in renewable energy projects.
   • The term "solutions" suggests a holistic approach to addressing various aspects of renewable asset management.
2. Monitoring, Operation, and Performance Boost:
   • The REMS system facilitates the monitoring, operation, and performance enhancement of renewable assets.
   • This implies that it covers a range of functionalities, from real-time monitoring to active control and optimization of renewable energy operations.
3. Mobile and Web App Support:
   • The RE portfolio can be tracked using EnergiSpeak's app, which is available for iOS, Android, and web platforms.
   • The availability on multiple platforms indicates flexibility and accessibility for users regardless of their device preferences.
4. Real-Time Supervision and Control:
   • The REMS system enables real-time supervision and control of renewable energy operations.
   • This suggests that users can actively manage and make decisions based on up-to-the-minute data, contributing to efficient and responsive operations.
5. Data Visualization with Dashboards:
   • Visualization tools, such as dashboards, are mentioned as part of REMS.
   • Dashboards provide a visual representation of key data points, making it easier for users to interpret complex information and trends.
6. Intuitive Tools:
   • The system includes intuitive tools, which likely enhances user experience and simplifies the interaction with the REMS platform.
   • Intuitive tools contribute to user-friendly interfaces and streamlined workflows.
7. Asset Lifetime Extension:
   • The REMS system helps extend the lifetime of renewable assets by anticipating potential faults.
   • This proactive approach suggests that the system is equipped with predictive maintenance features, allowing for the identification and resolution of issues before they escalate.

EnergiSpeak's REMS is positioned as a versatile solution that covers monitoring, operation, and performance optimization of renewable assets. The inclusion of mobile and web apps, real-time control, data visualization, and proactive fault anticipation contributes to a comprehensive and efficient renewable energy management system.

Renewable Management System (REMS) – Monitoring Features

The "Monitor" module of EnergiSpeak's Renewable Management System (REMS) is designed to provide both managers and field teams with a comprehensive solution for real-time portfolio monitoring and key operational insights. Here are the key features highlighted:

1. Real-time Portfolio Monitoring:
   • The REMS Monitor module offers real-time monitoring of the renewable energy portfolio.
   • This implies that users can access up-to-the-minute data on the performance and status of their renewable assets.
2. Key Business Operational Indicators:
   • It combines real-time monitoring with key business operational indicators.
   • Business operational indicators likely include metrics that are crucial for assessing the efficiency and effectiveness of renewable energy operations.
3. Web Browser and Mobile App Accessibility:
   • Users can access the REMS Monitor module through a web browser or a mobile app available on both iOS and Android platforms.
   • This accessibility ensures flexibility and the ability to monitor the portfolio from various devices.
4. Simple and Intuitive Interface:
   • The interface of REMS Monitor is described as simple and intuitive.
   • An intuitive interface contributes to user-friendly interactions and ease of navigation within the platform.
5. Enhanced Data Insights:
   • The module is designed to enhance data insights.
   • This could involve advanced analytics, data visualization, and tools for interpreting the collected data to derive valuable insights.
6. Automated Reporting Tools:
   • Automated reporting tools are included to keep all stakeholders informed.
   • These tools likely generate regular reports, reducing manual effort and ensuring that relevant parties are kept up-to-date on the portfolio's status.
7. Budget and Key Performance Indicators (KPIs):
   • The module includes features related to budget monitoring and key performance indicators (KPIs).
   • Budget tracking ensures financial accountability, while KPIs provide a quantitative measure of performance against specific goals.
8. Notifications on Portfolio Conditions:
   • Users receive notifications regarding portfolio conditions.
   • This proactive feature ensures that stakeholders are alerted to any abnormal or critical situations, allowing for timely responses.

REMS Monitor module offers a user-friendly and accessible solution for real-time monitoring of renewable energy portfolios. It combines essential features such as real-time status tracking, key business indicators, automated reporting, and notifications to support efficient decision-making for both managers and field teams.

Renewable Management System (REMS) – Analyse Module

The "Analyze" module in EnergiSpeak's Renewable Management System (REMS) is designed to provide a detailed overview of portfolio performance and assist analysts in understanding the root causes of issues. Here are the key features and functionalities highlighted:

1. Portfolio Performance Overview:
   • REMS provide an overview of the performance of the renewable energy portfolio.
   • This feature likely includes aggregated data and key metrics to assess the overall effectiveness of the renewable assets.
2. Efficiency Improvement with Power Curve Comparisons:
   • Analysts can improve efficiency through power curve comparisons.
   • Power curve analysis helps in optimizing energy production by comparing expected performance with actual results.
3. Trend Visualization in Production:
   • The module allows for the visualization of trends in production.
   • Analyzing production trends is crucial for identifying patterns, making informed decisions, and optimizing operational strategies.
4. REMS Predict Module:
   • The Predict module within REMS enables the anticipation of potential failures.
   • Machine learning algorithms and continuous monitoring of real-time data are used to predict and identify issues before they escalate.
5. Digital Twins for Baseline Comparison:
   • The Predict module offers the capability to build digital twins for components.
   • Digital twins serve as a baseline for behavior comparison, aiding in the early detection of anomalies or deviations.
6. Contribution to Improved Portfolio Performance:
   • The Analyze module significantly contributes to improved portfolio performance.
   • It achieves this through trend analysis, benchmarked indicators, and key operational dashboards and reports.
7. Intuitive Dashboards:
   • Intuitive dashboards are provided for performance analysis.
   • These dashboards offer a visual representation of key performance metrics, making it easier for analysts to interpret complex data.
8. Energy Loss Calculation and Diagnosis:
   • The module allows for the calculation, categorization, and diagnosis of energy losses.
   • Identifying and addressing energy losses is crucial for optimizing overall energy production.
9. Historical Data Editing and Completion:
   • Analysts can edit, correct, and complete missing historical data.
   • Ensuring data accuracy and completeness is essential for meaningful analysis and decision-making.
10. IEC 61400-26-1 Standard Compliance:
    • Downtime categorization is done in accordance with the IEC 61400-26-1 standard for time-based availability.
    • Compliance with industry standards ensures consistency and reliability in reporting downtime.
11. Built-in Customizable KPIs:
    • The module includes built-in customizable key performance indicators (KPIs).
    • Customizable KPIs allow users to tailor metrics to specific business goals and performance criteria.
12. Report Designer and Scheduled Reports:
    • Users can design and schedule reports for regular updates.
    • Scheduled reports contribute to effective communication and informed decision-making.
13. Power Curve Analytics with Advanced Filters:
    • Accurate power curve analytics are provided with advanced filters.
    • Power curve analytics help in understanding turbine performance under different conditions.
14. Automated Underperformance Detection:
    • The module includes automated detection of underperformance.
    • This proactive feature ensures timely intervention to address performance issues.
15. Portfolio Condition-Based Monitoring:
    • Monitoring is based on the condition of the portfolio.
    • Condition-based monitoring allows for targeted actions based on the health of assets.
16. Open Database and BI Integration:
    • REMS offer an open database and integration with business intelligence (BI) tools.
    • Integration with BI tools enables deeper analysis and insights into the data.
17. Reduction in Maintenance Costs:
    • REMS contribute to reducing maintenance costs.
    • Real-time reliability indicators, flexibility to build predictive models, and tools for predicting component lifetimes are features aimed at optimizing maintenance efforts.
18. Real-time Reliability Indicators for Turbine Components:
    • Users can access real-time reliability indicators for each component of a turbine.
    • This feature aids in assessing the health and reliability of individual components.
19. Flexibility to Build Predictive Models:
    • The module provides flexibility to build custom predictive models.
    • Custom models allow for a tailored approach to predicting potential issues.
20. Prediction of Component Time to Failure and Remaining Useful Lifetime:
    • Users can predict a component's time to failure and remaining useful lifetime.
    • This predictive capability enables proactive maintenance planning.
21. Testing Predictive Models Using Historical Data:
    • Users can test predictive models using historical data to evaluate accuracy.
    • Testing models ensures that they are reliable and accurate in predicting real-world scenarios.

The Analyze module in EnergiSpeak's REMS provides a comprehensive set of features for detailed analysis, prediction, and optimization of renewable energy portfolio performance. The inclusion of machine learning, digital twin technology, customizable KPIs, and integration with BI tools positions REMS as a sophisticated tool for enhancing business performance in the renewable energy sector.

Renewable Management System (REMS) – Operate Module

The "Operate" module in EnergiSpeak's Renewable Management System (REMS) is designed to provide a centralized and comprehensive solution for managing the entire renewable energy portfolio. Here are the key features and functionalities highlighted in the provided information:

1. Single Solution for the Entire Portfolio:
   • REMS serve as a single solution for managing the entire renewable energy portfolio.
   • This suggests a unified platform that streamlines operations and provides a holistic view of all assets.
2. Well-Suited for Control Rooms:
   • The system is well-suited for control rooms where real-time oversight of assets and quick response times are essential.
   • This indicates that REMS is designed to meet the specific needs of control room environments.
3. Real-time Overview of Assets:
   • The Operate module provides a clear, real-time overview of all assets.
   • A real-time overview is crucial for making informed decisions and responding promptly to changes or issues.
4. Shortest Time to Action:
   • Emphasis is placed on achieving the shortest time to action.
   • This indicates a focus on efficiency and responsiveness in managing renewable energy operations.
5. Multi-Screen Supervision and Control:
   • The module is well-suited for multi-screen supervision and control.
   • This feature allows operators to monitor and control multiple aspects of the renewable energy portfolio simultaneously.
6. Best User Experience Practices:
   • The design of the Operate module incorporates best user experience practices.
   • User-centric design enhances the usability and effectiveness of the system.
7. Value-Add Tools for Efficient Operations:
   • The module includes value-add tools to support efficient operations.
   • These tools likely enhance the functionality of the system and contribute to operational excellence.
8. Global Operations Support:
   • The system provides multiple time-zone support for global operations.
   • This feature ensures that the system is adaptable to different geographical locations and operational time zones.
9. Safe and Reliable 24x7 Real-time Operation:
   • REMS ensures safe and reliable 24x7 real-time operation.
   • This reliability is crucial for continuous monitoring and control of renewable energy assets.
10. Control of Generators and Substations:
    • The Operate module includes features for the control of generators and substations.
    • This indicates a level of control over key components of the renewable energy infrastructure.
11. Intelligent Alarm Aggregation:
    • The system incorporates intelligent alarm aggregation.
    • This feature likely streamlines the handling of alarms, ensuring that operators can focus on critical issues.
12. Fault Resolution Workflows:
    • REMS includes workflows for fault resolution.
    • These workflows provide a systematic approach to addressing faults and minimizing downtime.
13. Connection with System Operators (TSOs and DSOs):
    • The module facilitates a connection with system operators, including Transmission System Operators (TSOs) and Distribution System Operators (DSOs).
    • Integration with these entities is essential for grid coordination and stability.
14. Integration with Production Forecasting:
    • REMS integrates with production forecasting.
    • This integration allows for a proactive approach to aligning energy production with forecasted demand.

The Operate module in EnergiSpeak's REMS offers a centralized and user-friendly solution for managing renewable energy portfolios. The emphasis on real-time overview, quick response times, and integration with various components and stakeholders positions REMS as a valuable tool for optimizing and enhancing renewable energy operations.

Renewable Management System (REMS) – Predict Module

The "Predict" module in EnergiSpeak's Renewable Management System (REMS) is focused on anticipating potential failures in renewable energy assets through advanced technologies and features. Here are the key points highlighted in the provided information:

1. Anticipating Potential Failures:
   • REMS utilizes machine-learning algorithms and continuous monitoring of real-time data to anticipate potential failures.
   • This proactive approach allows for early intervention and preventive actions, minimizing downtime and optimizing asset performance.
2. Digital Twins for Baseline Comparison:
   • The Predict module provides the capability to build digital twins.
   • Digital twins serve as a virtual replica of physical assets, enabling baseline comparisons for behavior analysis and early fault detection.
3. Cutting-Edge Cloud-Based Solution:
   • REMS is described as a cutting-edge cloud-based solution.
   • This indicates that the system leverages cloud computing technologies for enhanced scalability, accessibility, and performance.
4. Leveraging IoT (Internet of Things):
   • The system leverages IoT for connecting and monitoring physical devices and sensors.
   • IoT integration enhances the system's ability to collect real-time data from various sources, contributing to accurate predictions.
5. Support for Big Data and Real-Time Analytics:
   • REMS supports big data and real-time analytics.
   • Big data capabilities enable the handling and analysis of large datasets, while real-time analytics provide timely insights for decision-making.
6. Agile Developments and Deployments:
   • The system offers agile developments and deployments.
   • Agile methodologies ensure that the system can adapt to changing requirements and deploy updates efficiently.
7. Single System Management for Renewable Assets:
   • REMS allows users to manage all renewable assets from a single system.
   • This centralized management approach streamlines operations and provides a unified view of the entire renewable energy portfolio.
8. Real-Time Monitoring and Control:
   • Users can enjoy real-time monitoring and control of renewable assets.
   • This feature ensures that operators have immediate access to critical information and can make timely decisions.
9. End-to-End Business Process Support:
   • REMS supports end-to-end business processes related to renewable energy operations.
   • This includes functionalities that cover the entire lifecycle of renewable assets, from planning to decommissioning.
10. Seamless Integration with Grid Operators:
    • The system integrates seamlessly with grid operators.
    • Integration with grid operators is crucial for coordinating renewable energy production with the larger power grid.
11. Planning and Tracking Maintenance Activities:
    • REMS facilitates the planning and tracking of maintenance activities.
    • This ensures that maintenance tasks are scheduled efficiently, contributing to the reliability and longevity of renewable assets.
12. Time Savings with Automated Reports:
    • Automated reporting features are included in REMS.
    • Automation of reports saves time for stakeholders and ensures that relevant information is consistently communicated.
13. Flexible Working with Web and Mobile Platform:
    • Users can enjoy flexible working with the system, accessible through both web and mobile platforms.
    • This flexibility allows stakeholders to monitor and manage renewable assets from different locations and devices.

The Predict module in EnergiSpeak's REMS is positioned as a forward-looking solution that leverages advanced technologies such as machine learning, digital twins, IoT, and cloud-based infrastructure. The system aims to provide comprehensive support for managing renewable energy assets, optimizing performance, and ensuring efficient operations throughout the asset lifecycle.

Renewable Management System (REMS) - "Pay as You Go" Module

EnergiSpeak's Renewable Management System (REMS) introduces a flexible and cost-effective service for clients called "Pay-as-you-go service" model. Here are the key features and details outlined in this model:

1. Subscriber-Based Cloud Service:
   • REMS is offered as a cloud-based service, emphasizing accessibility and scalability.
   • Clients subscribe to the service, gaining access to the features and functionalities provided by REMS.
2. Payment According to Portfolio Size:
   • Clients are billed based on their current portfolio size.
   • This means that the cost of using REMS is directly tied to the number and scale of renewable assets within the client's portfolio.
3. Choice of Modules:
   • Clients have the flexibility to choose specific modules based on their needs.
   • This modular approach allows clients to tailor the REMS service to their requirements, selecting only the features that are relevant to their operations.
4. Customized Hosting Services:
   • Hosting services for REMS can be customized to meet specific service-level requirements.
   • Clients have the flexibility to define parameters such as availability, security standards, geographical location, and other specifications based on their unique needs.
5. Scalability:
   • The pay-as-you-go model suggests scalability, allowing clients to easily adjust their usage and costs as their portfolio size or operational needs change over time.
6. Cost-Efficiency:
   • Clients benefit from a cost-efficient model where they pay for the actual usage and services consumed.
   • This can be particularly advantageous for organizations with varying portfolio sizes and dynamic operational requirements.
7. Service-Level Agreements (SLAs):
   • The customizable hosting services likely include Service-Level Agreements (SLAs).
   • SLAs define the agreed-upon standards for service availability, security, and other performance metrics.
8. Adaptability to Standards:
   • The hosting services can be adapted to comply with industry standards.
   • This ensures that REMS operates in accordance with recognized norms and practices in the renewable energy management sector.

The pay-as-you-go service model aligns with cloud computing principles, providing clients with flexibility, scalability, and a cost-effective way to access and utilize the features of REMS. This approach is well-suited for the dynamic nature of renewable energy portfolios and allows clients to optimize costs based on their specific operational needs.

Renewable Management System (REMS) - Software Maintenance

EnergiSpeak provides software maintenance services for Renewable Management System (REMS). Here are the key details highlighted:

1. Software Maintenance Services:
   • EnergiSpeak offers software maintenance services for REMS.
   • This includes tasks such as error correction and the release of regular updates, covering both minor and major versions of the software.
2. Error Correction:
   • The maintenance services involve the correction of errors within the REMS software.
   • Addressing errors is crucial for maintaining the stability, reliability, and performance of the system.
3. Regular Releases:
   • EnergiSpeak commits to regular releases of the REMS software.
   • Regular releases often include improvements, bug fixes, and new features to enhance the overall functionality of the system.
4. Experience and Expertise:
   • The company emphasizes its strong technical and industry expertise.
   • This expertise is crucial for ensuring that the software meets industry standards, remains up-to-date, and addresses evolving needs in the field of renewable energy management.
5. Experienced Software Integrators for Wind Farm Management:
   • EnergiSpeak positions itself as one of the most experienced software integrators globally for wind farm management.
   • This implies a track record of successfully delivering projects in the renewable energy sector, specifically in wind farm management, for more than 15 years.
6. Components of the New REMS: The information introduces a new version of REMS that comprises three key components:
   • Enhanced Joint Forecasting: Uses deep neural networks for improved forecasting of wind and solar outputs.
   • Advanced Optimization Model: A model designed for sizing components within the renewable energy system.
   • Rolling Hourly Dispatch Augmentation: Introduces a criterion for reducing deviations from the hour-ahead dispatch schedule, contributing to better operational efficiency.

The combination of software maintenance services and the introduction of new components in the REMS system reflect a commitment to ongoing improvement, adaptability to industry advancements, and responsiveness to the evolving needs of renewable energy management. The mention of deep neural networks and advanced optimization models underscores the integration of cutting-edge technologies in the development of REMS.

Renewable Management System (REMS) – Benefits

The benefits of EnergiSpeak's Renewable Energy solution, as outlined, demonstrate the positive impact it can have on various aspects of renewable energy management. Here are the key benefits highlighted:

1. Reduces Renewable Energy Curtailment:
   • The solution aims to reduce renewable energy curtailment.
   • Curtailment refers to the situation where generated renewable energy is not utilized due to factors such as oversupply. By minimizing curtailment, the system enhances overall efficiency.
2. Minimizes Spinning and Non-Spinning Reserve:
   • The solution is designed to minimize both spinning and non-spinning reserve requirements.
   • Spinning reserve refers to the immediate availability of additional power generation capacity, and non-spinning reserve refers to capacity that can be brought online within a certain timeframe. Minimizing these reserves contributes to operational efficiency.
3. Lowers Reaction Time via REMS Automation Layers:
   • Automation layers within REMS are highlighted as a means to lower reaction time.
   • This suggests that automated processes and responses are implemented to address changes or issues promptly, improving overall system responsiveness.
4. Improves Forecasting Accuracy:
   • The solution improves forecasting accuracy through the blending of multiple forecast tools.
   • Accurate forecasting is essential for planning and optimizing renewable energy operations, ensuring that generation meets demand effectively.
5. Provides Operator Awareness of RE Generation in Distribution Network:
   • Operators are provided with awareness of renewable energy generation within the distribution network.
   • This awareness is crucial for effective monitoring, control, and decision-making in real-time, contributing to the stability and reliability of the distribution network.

EnergiSpeak's Renewable Energy solution is positioned to deliver a range of benefits, including efficiency improvements, enhanced forecasting, and increased awareness for operators. These benefits align with the broader goals of optimizing renewable energy operations, reducing waste, and improving overall system reliability.