Energy Clustering Event University-Business Collaboration for the Future Energy. System - sesion

Transcription

1 Energy Clustering Event University-Business Collaboration for the Future Energy System - sesion Unrestricted 2016, Uniset 2016

2 The energy business is changing dramatically Customer behavior Dependency relationships dissolve Big data has to be turned into smart data Distributed Energy Systems increase complexity Frequency and voltage stability challenges More load swings need to be managed Shorter market time intervals make asset manageme nt more difficult Capacity constrains require fast reacting grid control and adaptive assets

3 Continuous improvement of our customer value Higher CAPEX More efficiency Better performance Availability More flexible Reaction time Longer lifetime Modu lar desig n Net customer value 0 real cash flow

4 Siemens Romania All rights reserved. June, 2014 siemens.ro

5 Current trends and prosumers needs drive the development of Microgrids Decentralized renewable generation Market deregulation Evolution of technology What is Microgrid? A Microgrid is a geographically limited electrical network containing own mixed generation, load and storage. It maintains the balance between generation and consumption and can operate on and/ or off grid. The Microgrid operation is managed by an advanced Microgrid Management System

6 What are the prosumers looking for? Reduce cost of energy Interact with energy market Optimise electrical and thermal supply Demonstration projects (cost/kwh) Avoid/Postpone investments in T&D grid Electrical islands integrating renewables in combination with traditional generation (e.g diesels) Energy efficiency VALUE PROPOSITION Avoid cost of power interruption Reduce cost of energy (cost/kwh) Reduce environmental footprint Secure critical load for longer periods leveraging existing local generation Mobile electrical islands (e.g. Military bases) Sustainability Mixed generation Controllable assets (generation or load) Need for optimisation Reliability

7 Seconds Minutes Hours Days Weeks Energy Storage for very different purposes Application Segmentation Reserves Firming Consumer / Prosumer SIESTORAGE Decentralized generation Reserve capacity Response to emergencies Variable generation (PV, Wind) Conventional power plants Time shifting Residential/ commercial self supply Industrial peak shaving On-grid + grid upgrade deferral Remote areas/ offgrid Distribution grid Avoid curtailment Rules for grid integration Increase Energy arbitrage flexibility (time shifting) / load Transmission gridoptimization System stability Ensure stability Load optimization Ensure power system stability 1 kw 100 kw 1 MW 10 MW 20 MW Power

8 Comprehensive system and cutting-edge technology Energy automation and grid integration Medium-voltage switchgear Transformer + Power electronics + Li-ion battery modules Cutting-edge technology SIESTORAGE combines cuttingedge power electronics, automation, and state-of-the-art Li-ion battery technology, resulting in the following advantages: Fast and accurate response time to consume and discharge energy Assured power quality Flexible and scalable design for many use cases Increased reliability thanks to system architecture redundancy

9 Applications of storage Combination of various applications leads to an economic solution Bulk Storage Resource Adequacy Frequency Regulation Time Shifting Renewable Firming Ancillary Services Spinning Reserve Ramping Control Black Start Reactive Power Industrial Residential Frequency and voltage sustainability: Renewable energy and load fluctuations cause large and instantaneous changes on voltage and frequency level, compromising grid stability. Conventional Wind powergeneration Transmission * Photovoltaic & concentrated solar power * * * Large commercial Upgrade Deferral Renewable Smoothing Congestion Relief Voltage Support * Distribut ion Peak Load Management Power Quality Backup Power Offset Diesel Page 9

10 Energy storage drivers and asset performance Cash flow/roi Environment impact Financial incentives / $ Reven ues Year Risk management

11 Fully integrated Microgrid Management System Features Microgrid Management System Distributed generator control also for renewable generation Network synchronisation Load control Storage control Online control via HMI Grid monitoring and control Generation forecast Load forecast Schedule optimization Enhanced SCADA functionality Dynamic grid constraint consideration using state estimator function

12 Siemens Romania Partner in EU Funded Project EXCELLENCE INTERNSHIP FOR A SUCCESSFUL CAREER Siemens Romania All rights reserved. June, 2014 siemens.ro

13 SIEMENS Romania is investing in education More than 10 years dedicated to student programs Over 1100 youngsters were trained during Siemens internship programs all over the country. 11 years of internship and mentoring programs dedicated to students and young graduates. 5 laboratories equipped with Siemens state of the art technology in Bucharest and Cluj Napoca. Internship students selected for the summer internship in Bucharest.

14 Best Pratices - Project Overview Project objective: enhance students transition into active professional life develop strategic partnerships with 5 universities SIEMENS (Partner) Duration: April 2014 October 2015 Students: automation, energetics, medical engineering, transport, psychology, political sciences, economy PTIR (Beneficiary) SIEMENS PTIR Target group: 250 students (from overall 360) Scope: provide insights into corporate mechanisms allow students to perform internships on Siemens premises nominate 20 tutors for guidance & mentoring Target group: 360 students Scope career information and counseling evaluation of competences (MBTI, etc.) professional orientation

15 Siemens involvement Opportunities Sustainable partnerships with top-universities in Bucharest Universitatea Politehnica Bucuresti Universitatea Bucuresti Universitatea Titu Maiorescu Bucuresti Universitatea de Constructii Academia Tehnica Militara Create talent pool for the future Support students in identifying capabilities and developing required competences SIEMENS EMPLOYER OF CHOICE!

16 Internship structure 20 TUTORS ACCOMPANY THE STUDENTS ALONG THEIR INTERNSHIP General Specific INTRODUCTION Presentation of Siemens organization Health & Safety induction training Tour of Siemens premises Open Space Concept TOP MANAGEMENT general presentation Q&A sessions with students groups DIVISIONS: detailed presentation of Division, personnel structure, portfolio (products & solutions) active involvement in specific activities of divisions laboratory sessions (if possible) CENTRAL DEPARTMENTS specific workshops from support functions provide insight of departments responsibility area active involvement in specific activities

17 Thank You for Your Attention! Dr. Ing. Petru Ruset Head of Energy Management Siemens Romania Energy Management Preciziei blvd. 24 RO , Bucharest Mobile: