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Postgraduate Diploma in Renewables and BESS Integration

The Diploma in Integration with Renewables and BESS explores the synergy between renewable energy, especially solar photovoltaic and wind power, and battery energy storage systems (BESS). It deepens in the design, implementation and optimization of projects, covering aspects such as energy modeling, network management, regulation and economic viability, with emphasis on efficient and sustainable integration. The latest technologies and strategies are analyzed to maximize production and minimize environmental impact, including the use of artificial intelligence and automation for monitoring and control of systems.

The program provides practical knowledge in data analysis, systems simulation and energy control, preparing participants to face the challenges of the energy transition. The current and future regulatory framework is addressed, as well as the importance of system security and reliability. The graduated professionals will be prepared for roles as engineers of renewable energy projects, specialists in BESS, energy market analysts and sustainability consultants, promoting innovation in the sector.

Keywords Objective (natural in the text): Renewable energies, BESS, energy storage, renewable integration, system design, energy modeling, network management, economic viability, renewable energy diploma.

Duration6–8 months
ModeOnline
LanguageEnglish
Start datesSet by the faculty
AwardSEIUM Institute diploma
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Learning outcomes

What you will be able to do

01

Comprehensive domain of energy integration: Renewables and BESS

02

Master's Degree in Energy Synergy: Renewables, BESS and its implications

03

Comprehensive user-oriented design and validation (from modeling to manufacturing)

04

Design and optimization of hybrid systems: renewable and energy storage

05

Deep analysis of performance and operation of BESS and renewable systems

06

Evaluation and performance of energy storage systems and renewable energy

07

Specialization in the energy connection: Renewables, BESS and its optimization

08

Expert implementation of BESS and renewable: analysis, design and optimization

Profile

Who it's for

  • Engineers with degree in aerospace, mechanical, industrial, automatic or related careers.
  • Professionals from OEM companies (original equipment manufacturers) in the field of RotorCraft/eVTOL, MRO (Maintenance, Repair and Review), Consulting and Technology Centers.
  • Experts in areas such as flight tests, aeronautical certification, avionics, flight control and system dynamics, who wish to deepen their knowledge.
  • Personnel from regulatory bodies/aeronautical authorities and profiles related to the development of urban air mobility (UAM/eVTOL), interested in acquiring skills in regulatory compliance (compliance).
Recommended requirements: Strong knowledge in aerodynamics, control of systems and structures. English level B2+/C1 (EN/EN). Leveling courses are provided (Bridging Tracks) to cover possible knowledge gaps.
Standards & tools

What you'll work with

  • Standards-Driven Curriculum: You will work with CS-27/CS-29, DO-160, DO-178C/DO-254, ARP4754A/ARP4761, ADS-33E-PRF from the first module.
  • Accreditable laboratories (EN ISO/IEC 17025) with rotor bench, EMC/Lightning Pre-Compliance, HIL/SIL, Vibrations/Acoustic.
  • Evidence-oriented TFM: Safety Case, Test Plan, Compliance Dossier and Operating Limits.
  • Industry Mentored: Teachers with Rotorcraft, Tiltrotor, eVTOL/UAM and Flight Test.
  • Flexible mode (hybrid/online), international cohorts and support of SEIUM Career Services.
  • Ethics and security: Safety-by-design approach, Cyber-OT, DIH and compliance as pillars.
Syllabus

10 modules

  1. 1.1Fundamentals of Renewable Energy: Types and Technologies
  2. 1.2Energy Storage Systems (BESS): Principles and Components
  3. 1.3BESS integration with renewable sources: strategies and benefits
  4. 1.4Hybrid System Design: Renewables and BESS
  5. 1.5Regulation and policies in energy integration
  6. 1.6Analysis of technical and economic feasibility of renewable projects and BESS
  7. 1.7Operation and maintenance of integrated systems
  8. 1.8Network management and system stability with Renewables and BESS
  9. 1.9Case Studies: Examples of Successful Integration
  10. 1.10Challenges and opportunities in energy integration
  1. 2. 2 Fundamentals of Energy Synergy: Renewable Interconnection and BESS
  2. 3. 2 Hybrid system design: efficient source integration and storage
  3. 4. 3 Energy modeling and simulation: advanced tools and practices
  4. 5. 4 Performance Optimization: Strategies to Maximize Efficiency
  5. 6. 5 System management and control: intelligent operation and monitoring
  6. 7. 6 Economic and financial analysis: viability and return on investment
  7. 8. 7 Regulatory and regulatory framework: Compliance and standards
  8. 9. 8 Integration into the electrical network: challenges and solutions
  9. 20. 9 Case Studies: Real Applications and Best Practices
  10. 22. 20 Future Trends: Innovation and Development in Energy Synergy
  1. 3.3Market analysis and viability of BESS and renewable projects
  2. 3.2Selection and sizing of renewable technologies
  3. 3.3BESS System Design: Types, Components and Features
  4. 3.4Integration of BESS in electrical networks: modeling and simulation
  5. 3.5Control and optimization strategies for hybrid systems
  6. 3.6Energy management and production programming
  7. 3.7REGULATORY ASPECTS AND PERMITS FOR BESS AND RENEWABLE
  8. 3.8Financial modeling and project profitability assessment
  9. 3.9MONITORING AND MAINTENANCE OF BESS AND RENEWABLE SYSTEMS
  10. 3.30Case studies: successful implementations and lessons learned
  1. 4.4Fundamentals of Hybrid Systems: Integration of Renewables and BESS
  2. 4.2Component selection and sizing: Solar panels, wind turbines, batteries
  3. 4.3Design of the energy storage system (BESS): Types and technologies
  4. 4.4Modeling and simulation of hybrid systems: software and tools
  5. 4.5Energy management and control strategies: performance optimization
  6. 4.6Integration in the electrical network: technical and regulatory aspects
  7. 4.7Economic feasibility analysis: costs and benefits
  8. 4.8Case Studies: Design and Implementation of Real Hybrid Systems
  9. 4.9Regulatory aspects and permits: applicable regulations
  10. 4.40Optimization and maintenance: strategies for the useful life of the system
  1. 5.5Introduction to Renewable Energies and BESS: Key Concepts
  2. 5.5The current energy landscape and the need for transition
  3. 5.3Basics of battery power storage (BESS)
  4. 5.4Types and technologies of renewable energy: solar, wind, etc.
  5. 5.5Integration of BESS in renewable energy systems
  6. 5.6Environmental, economic and social benefits of renewables and BESS
  7. 5.7Structure and organization of the course
  8. 5.8Renewable and BESS market trends and projections
  9. 5.9Regulatory framework and incentive policies
  10. 5.50Case studies and practical examples
  1. 6.6Key Performance Metrics in Renewables and BESS
  2. 6.2Analysis of energy efficiency in hybrid systems
  3. 6.3BESS Availability and Reliability Assessment
  4. 6.4Environmental Impact Analysis: LCA in Renewable Projects and BESS
  5. 6.5Economic evaluation: LCC and ROI in energy systems
  6. 6.6Real-time performance monitoring and diagnosis
  7. 6.7Data analysis: Identification of trends and anomalies
  8. 6.8Performance Optimization: Strategies and Tools
  9. 6.9Case studies: Evaluation of successful projects and challenges
  10. 6.60Reports and documentation: evaluation results and recommendations
  1. 7.7Global energy landscape: challenges and opportunities
  2. 7.2Introduction to Renewable Energies: Types and Technologies
  3. 7.3Energy storage in BESS systems: key concepts
  4. 7.4The role of the BESS in the energy transition
  5. 7.7Interaction between Renewables and BESS: Models and examples
  6. 7.6Environmental and economic benefits of integration
  7. 7.7Standards and regulations in the energy sector
  8. 7.8Future Trends: Innovation in Renewables and BESS
  9. 7.9Case studies: successful implementations
  10. 7.70Current challenges and potential solutions
  1. 8.8Selection of location and evaluation of resources: Analysis of the Site for BESS and Renewables.
  2. 8.8System design: BESS dimensioning and renewable sources.
  3. 8.3Modeling and simulation: Software tools for system optimization.
  4. 8.4Systems integration: interface design and network connection.
  5. 8.5Control and automation: Strategies for performance management.
  6. 8.6Protection and safety: regulatory compliance and security measures.
  7. 8.7Economic feasibility studies: cost and benefit analysis.
  8. 8.8Project management: planning, execution and monitoring.
  9. 8.8Testing and commissioning: procedures and protocols.
  10. 8.80Case study: Implementation of a real project.
  1. 9.9Introduction to energy integration: key concepts and general framework.
  2. 9.9Renewable energies: types, characteristics and potential.
  3. 9.3Energy storage systems (BESS): Types, technologies and applications.
  4. 9.4The role of energy integration in the transition to a sustainable future.
  5. 9.5Energy legislation and regulation: a big picture.
  6. 9.9Synergy between renewable energies and energy storage.
  7. 9.9Optimization of energy production and distribution through the combination of renewables and BESS.
  8. 9.3Modeling and simulation of hybrid energy systems.
  9. 9.4Evaluation of the efficiency and profitability of the Renewable-BESS combination.
  10. 9.5Case studies: real applications of energy synergy.
  11. 3.9BESS LOCATION STRATEGIES AND ITS RELATIONSHIP WITH THE ELECTRICAL NETWORK.
  12. 3.9Predictive modeling and optimization of energy management.
  13. 3.3Integration of BESS with variable renewable sources.
  14. 3.4Improved network reliability and stability through BESS.
  15. 3.5Risk analysis and mitigation of failures in BESS systems.
  16. 4.9Hybrid systems design: methodology and tools.
  17. 4.9Selection and sizing of components for renewable systems and BESS.
  18. 4.3Optimization of the performance of hybrid systems.
  19. 4.4Control and management of hybrid systems.
  20. 4.5Practical examples and case studies of design.
  21. 5.9Key performance metrics for BESS and renewable sources.
  22. 5.9Data analysis and fault diagnosis.
  23. 5.3Optimization of system performance and efficiency.
  24. 5.4Remote monitoring and control of energy systems.
  25. 5.5Performance reports and trend analysis.
  26. 6.9Criteria for evaluation of energy storage systems.
  27. 6.9Key Performance Indicators (KPIs) for Renewable Energies and BESS.
  28. 6.3Economic evaluation methodologies and life cycle analysis (LCA).
  29. 6.4Evaluation of the performance and profitability of the systems.
  30. 6.5Evaluation reports and recommendations.
  31. 7.9Basics of the connection to the electrical network.
  32. 7.9Design of the interconnection of renewable systems and BESS.
  33. 7.3Management and optimization of the energy connection.
  34. 7.4Regulatory and regulatory aspects of the connection to the network.
  35. 7.5Protection and safety in the energy connection.
  36. 8.9Planning and design of the implementation of BESS and Renewables.
  37. 8.9Feasibility studies and cost-benefit analysis.
  38. 8.3Practical implementation of BESS systems.
  39. 8.4Commissioning, testing and commissioning of systems.
  40. 8.5Maintenance and operation of BESS and renewable systems.
  1. 1.1Analysis of the regulatory and regulatory framework of BESS and Renewables
  2. 1.2Design of energy storage systems (BESS)
  3. 1.3Selection of renewable energy technologies
  4. 1.4Modeling and simulation of hybrid systems
  5. 1.5Energy optimization strategies
  6. 1.6Economic and financial evaluation of projects
  7. 1.7Integration in the electrical network
  8. 1.8Project and Risk Management
  9. 1.9Implementation case study
  10. 1.10Presentation of the final project
Methodology, software & labs

How you'll learn

  • Hands-on methodology: Test-before-you-trust, Design Reviews, Failure Analysis, Compliance Evidence.
  • Software (according to licenses/partners): MATLAB/Simulink, Python (numpy/scipy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustic tools, DO-178C planning toolchains.
  • SEIUM Laboratories: Scale Rotor Bank, Vibrations/Acoustics, EMC/Lightning Pre-Compliance, HIL/SIL for AFCS, Data Acquisition with Strain Gauging.
  • Standards and Compliance: EN 9100, 17025, ISO 27001, GDPR.
Laboratorios acreditables(EN ISO/IEC 17025) with Rotor bench, EMC/Lightning Pre-Compliance, HIL/SIL, Vibrations/Acoustics.
TFM orientado a evidencia:Safety case, PLAN TEST, Compliance Dossier And operating limits.
Mentorado por industria:Faculty with experience in THE FORMATION, , EVTOL/UAM and flight test.
Modalidad flexible(hybrid/online), International cohorts And support of SEIUM Career Services.
Ethics and security:Focus safety-by-design, cyber-OT, i said and fulfillment as pillars.
Career opportunities

Where this takes you

Ingeniero de Integración de Energías Renovables (parques eólicos, solares, hídricos)**Especialista en Integración de Renovables y BESS** (proyectos eólicos, solares, almacenamiento)**Ingeniero de Integración de Energías Renovables y BESS** (proyectos eólicos, solares, sistemas de almacenamiento)**Especialista en Integración de Renovables y BESS** (parques eólicos, solares, almacenamiento de energía)**Ingeniero de Integración de Renovables y BESS** (proyectos solares, eólicos, sistemas de almacenamiento)**Ingeniero de Integración de Renovables y BESS** (proyectos solares, eólicos, sistemas de almacenamiento)
Admissions & scholarships

Requirements

  • Profile: Training in Computer Engineering, Mathematics, Statistics or Related Fields; Practical experience in NLP and valued information retrieval systems.
  • Documentation: Updated CV, Academic Record, SOP/purpose Test, Examples of Projects or Code (optional).
  • Process: Application → Technical Evaluation of profile and experience → Technical Interview → Review of Practical Cases → Final Decision → Registration.
  • RATES:
    • Single Payment: 10% Discount.
    • Payment in 3 Installments: No Commissions; 30% to registration + 2 equal monthly payments of the maintenance 35%.
    • Monthly Payment: Available with Commission of 7% of the total; Annual Review.
  • Scholarships: for academic merit, economic situation and promotion of inclusion; agreements with companies in the sector for partial or total scholarships.
Consultation “Calendar & Calls”, “Scholarships & Grants” Y “Rates & Financing” In the mega-menu SEIUM

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FAQ

Frequently asked questions

Yes, we have international certification

Yes: Experimental models, Real data, Applied simulations, Professional environments, REAL STUDY CASE.

It is not mandatory. We offer Leveling tracks And tutoring

Totally. IT Covers e-Propulsion, Integration and Emerging Regulations (SC-VTOL).

RECOMMENDED. There's also Internal Challenges and Consortiums.

Yes. Modality Online/Hybrid with Planned Laboratories and Visa Support (see “Visa & Residence”).

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