Siemens Presentation IESMA 2018

Transcription

1 Siemens Presentation IESMA 2018 Building Performance and Sustainability Distributed Energy Systems Vilnius November 15, 2018 Siemens AG 2018 siemens.com

2 All around the globe, we work for our customers 9 production 400+ branch offices 16 R&D sites 2,000,000 t CO 2 savings per year 200,000+ service agreements facilities 27, ,000+ employees, 10,000 of those service technicians 4,300,000 fire and smoke detectors sold in fiscal year 2015 new system installations globally each year; 500,000+ total Page 2

3 Total Energy Management Data-Driven Optimization Continuously analyze the performance of your building(s) and the improvement actions you ve taken to be more precise and effective with your investment decisions Reduce Drive down energy consumption in order to reduce costs and the environmental impact of your organization Produce Generate and store energy on-site so that you are less reliant on the grid and have a more sustainable energy-mix Procure Reduce the complexity of purchasing energy while saving money and ensuring utility incentives are achieved Page 3

4 Total Energy Management: FIMs for Energy Projects Optimization, Improvement & Replacement Building automation & controls Lighting retrofits & controls Compressed air (leak detection & repair) Utility tariff rate optimization Heating, ventilation & air conditioning (HVAC) Retro-commissioning Boiler replacement & system improvements Pumps, fans, motors & drives Demand Flow Cogeneration (onsite generation of electricity) Turn key projects Multidisciplinary measures Financing Page 4

5 From centralized, unidirectional grid Page 5

6 to distributed energy and bidirectional energy balancing Smart building & thermal storage Private wind or solar THE Heater, chiller, heat station NEW Storage solutions Microgrid controller Microgrid Diesel generator ENERGY Controllable transformer PARADIGM Page 6 Building / data center Nanogrid DC grid Electrical vehicle infrastructure

7 What is Distributed Energy Systems? Breaking the Paradigm of the Centralized Utility Model CHP/CCHP 42.0% Small-scale power generation 13.0% Microgrid controls 15.0% Energy Storage DES Solutions 30.0% Technologies Turbines Engines Fuel cells Turbines Engines Fuel cells CHP/fossil PM Renewable Distribution/ automation Batteries Super cap. Pumped hydro Heat recovery Controls Thermal utilization Renewables Controls Grid connection Microgrid controls Energy mgmt./dr Energy storage Energy automation Controls Grid connection Page 7

8 Financing solutions in the distributed energy landscape Energy Performance Contract Building Efficiency as a Service (BEaaS) Design, Build, Own, Operate, Maintain (DBOOM) Power Purchase Agreement (PPA) Guaranteed savings Guaranteed savings Guaranteed savings Guaranteed price of energy sold Design Build Own Operate Main Optional Page 8

9 Global Building Performance and Sustainability Presence Present in 4 zones Americas AM USA, CA Germany DE DE Europe EU AT, BE, CH, CZ, DK, ES, FI, FR, IT, NL, NO, PL, PT, SE, SK, UK Middle East Asia MA AE, AU, CN, HK, IN, KR, SG, TW New: SA Page 9

10 Modifications at a U.S. Army building in Germany to yield tremendous savings and significantly reduce carbon footprint At a U.S. Army base in Germany, Siemens made the following installations: A turn-key Combined Heat and Power (CHP) Plant A Building Automation & Control System (BAS) that generates electricity through combustion while generating heating & cooling from waste energy Desigo CC BAS which links the central hot water facility including Boilers & CHP with 54 heating substations, optimizing distribution while producing low cost electricity These modifications will result in major savings: Annual Energy Costs Carbon Emissions -33% -26% Additionally, micro grid implementation at the Garrison ensures that the army will be able to run a portion of its priority buildings WITHOUT energy from the commercial grid, thus strengthening energy security. Page 10

11 EURAFSWA Project Development Overview Sept Based on an Energy Savings Performance Contract (ESPC) Notice of Opportunity issued by US Navy, Siemens has been selected as the sole ESCO to deliver a Preliminary Assessment (PA) Report. Dec 2014 / August Preliminary Assessment (PA) phase Nov 2015 / March 2017 Investment Grade Audit (IGA) phase 31 March Final Proposal Submittal 31 September 2018 Award of contract Project goals: reduce energy consumption; provide more sustainable building infrastructure explore the installation of renewable energy sources. Page 11

12 Combined Cooling Heating Power Plant (CCHP) Italy Siemens will install a 2 MWe CCHP Plant next to Parking garage. The Plant will enhance Navy operations and produces electricity, hot water for heating and chilled water for cooling within the campus Page 12 Siemens presentation IESMA Fredrik SIEMENS Åberg

13 Contact page Business and Project Development Building Performance and Sustainability Siemens Building Technologies Division 6300 Zug, Switzerland Phone: siemens.com/buildingtechnologies Page 13