Energy Siemens Siemens Cycle Delivers Lower Energy Usage

Transcription

1 Energy Siemens Siemens Cycle Delivers Lower Energy Usage 1 Energy monitoring systems Identify energy usage/flow Discover end user s hidden energy opportunities 2 Evaluate energy saving potentials Consider life cycle costs of the investment 3 Realize energy savings Improve customer s machines & processes ISO Based Calculation tools Products & solutions Page 1

2 Energy Management Motivation for energy management systems Energy data management Current state Energy controlling Energy procurement Energy opera4on Source- related energy cost alloca4on Energy planning Automa4c repor4ng system Total costs of energy supply and disposal Electricity Heat Gas Water Compressed air Oil Others Transparent energy and material balance according to originator Automa%c invoicing and transfer to invoicing system (e.g. SAP R/3) Detec%on of plant op%mizing poten%als Crea%on of current contractual basics Forecast of energy consump%on Automa%c load scheduling Compliance with purchase contracts Quick, ac%ve decision making Resource conserva%on and personnel relief Error preven%on

3 Siemens organisation Industry Infra & Cities Energy Healthcare Divisions Divisions Divisions Divisions Drive Technologies Industry Automation Customer Services Metals Technologies Rail Systems Mobility & Logistics Low & Medium Voltage Smart Grid Building Technologies Fossil Power Generation Renewable Energy Oil & Gas Power Transmission Energy Service Imaging & IT Workflow & Solutions Diagnostics Page 3

4 Energy Management Solution for every application B.Data: seamless integration in existing systems Industry with SIMATIC WinCC or PCS 7 Process Automation Factory Automation SIMATIC WinCC powerrate, SIMATIC PCS 7 powerrate add-on to WinCC or PCS 7 Page 4 Functional buildings, infrastructure SENTRON Power Manager

5 Industry: WinCC Powerrate load management & reporting Page 5

6 Building and Infrastructure Power Manager Page 6

7 Siemens Huizingen site The energy system as it will be Energy from Grid Siemens Huizingen Site Energy from Photovoltaïc Production (500 kwp) Energy to production and Building Management System Energy to car charging systems Energy from WKK Production (50 kwp) Other (future) users Own energy production changes the energy flow completely We have to avoid peaks and try to manage our energy flow. We have to use automation to make this all happen. Page 7

8 Project VoltAir : Micro Grid layout WinCC with powerrate PV installation Micro Grid controller Anderlecht Micro Grid controller Huizingen Page 8

9 Energy Management with B.Data Data logging used as basis of each EM Media Product (beer, milk, son drink, liquid sugar) Hot water Gases: CO 2 NH 3 Compressed air Steam (saturated) Cold water Electrical energy Thermal energy Meter SITRANS F M (magne%c- induc%ve) Sensor: MAG 1100F, MAG 3100 TransmiWer: MAG 5000/6000 SITRANS F US (ultrasonic) Sensor + transmiwer: FUS 380, FUE 380 (custody transfer) Sensor, transmiwer, calculator: FUS 1010 (energy), clamp- on SITRANS F X (Vortex) Sensor+TransmiWer: FX 360 SITRANS F M (magne%c- induc%ve) Sensor: MAG 3100, MAG 5100W TransmiWer: MAG 5000/6000 7KM PAC 3100, 3200, 4200 Calculator for thermal energy: FUE 950 All meters can be connected into the process control system PCS 7 and WinCC.

10 Energy Management with B.Data Full integration of energy management systems based on our options Simatic powerrate / Power Manager and B.Data Page 10