Mitsubushi Corp strategy
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Transcript of Mitsubushi Corp strategy
3 E ti l G th St t i GrowthGrowth
IndustrialIndustrial Information &Information &
3. Essential Growth Strategies GrowthGrowth
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency(1)VI Growth Strategy: Make strong businesses stronger
Home AppliancesHome AppliancesEnergy & ElectricEnergy & Electric Industrial AutomationIndustrial
AutomationInformation &
Communication Information &
Communication Electronic DevicesElectronic Devices
Power Systems SatellitesSatellites Air Conditioning Air Conditioning and Housing Productsand Housing Products
Power DevicesPower Devices
Transportation Systems
Factory Automation
ProductsOptical Broadband Optical Broadband
Access SystemsAccess Systems
Device Technology
Device Technology
Next-generation SiC inverter for railcars
Air conditioners with
Ex.
Elevators and Escalators
P d t titi th h t h l i l
Network SecurityNetwork SecuritySystemsSystems
Power Electronics Technology
Power Electronics Technology
with SiC inverters
Motor systems with built-in SiC
inverters
Automotive EquipmentAutomotive Equipment
Product competitiveness through technological synergyCreation of new strong businesses
Energy TechnologyEnergy Technology Media TechnologyMedia Technology Display & Imaging Technology
Display & Imaging Technology
Information TechnologyInformation Technology
Optical & Electrical Wave Technology
Optical & Electrical Wave Technology
Communications Technology
Communications Technology
Power Electronics T h l
Power Electronics T h l Electric TechnologyElectric Technology Mechanical TechnologyMechanical Technology Device TechnologyDevice Technology Materials TechnologyMaterials Technology Sensor TechnologySensor Technologyol
ogy
orm
s
6EMC: Electro-Magnetic Compatibility
TechnologyTechnology Electric TechnologyElectric Technology Mechanical TechnologyMechanical Technology Device TechnologyDevice Technology Materials TechnologyMaterials Technology Sensor TechnologySensor Technology
Quality Engineering, EMC Technology, Simulation Technology, Systemization Technology, Design Technology, Intellectual Property Rights, StandardizationQuality Engineering, EMC Technology, Simulation Technology, Systemization Technology, Design Technology, Intellectual Property Rights, Standardization
Tech
nopl
atfo
GrowthGrowth
3 E ti l G th St t i
Develop wide-ranging applications by maximizing device functionality
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency3. Essential Growth Strategies
(2)Creation of New Strong Businesses: SiC Power Devices - Applicationp g g pp y g y
Multi-Axial Integrated Drive Unit(commercialized in Dec. 2012)
Railcar propulsion system (DC1,500V)(commercialized in Nov. 2012)
Electricity consumption reduced by approx 30% compared with the High-speed switching operation
increases spindle motor speed up to twice that of its previous modelReduced power loss in drive unit results in 15% higher torque for
i dl t th th t f it i
approx. 30% compared with the conventional systemsReduced dimension and weight of the inverter: volume reduced by approx. 40%, mass reduced to approx. half 10000
100000
)
Electric power
Rolling stockspindle motors than that of its previous model
Elevator Traffic Control E i t
10
100
1000
apac
ity (k
VA)
Automobiles
Industry・Renewable energy
SiC Inverter for SiC Inverter for Rail CarsRail Cars
High EfficientHigh EfficientEnclosed TypeEnclosed TypeTraction MotorTraction Motor
SiC Auxiliary Power Supply Systems for Railcars
(Commercialized in Mar. 2013)
EquipmentIndustry’s first use of the full SiC Power
Module for high-speed elevators (currently under field test)
% f
0.1
1
Ca
10000100010010
Home appliances
Voltage (V)
30% less power loss20% smallerApproximately 15% lighterTransfer noise reduced by 4 dB owing to 35% improvement in the
65% reduction of power loss with the power moduleDownsize the dimension of the traffic control unit, both in terms of the volume and the ground surface in which it is
7
owing to 35% improvement in the distortion rate of output voltage waveforms
ground surface in which it is to be installed
GrowthGrowth
3 E ti l G th St t i(3)AD Growth Strategy:
Reinforce solutions business centered on strong businessesExpand business areasExpand business areas
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency
3. Essential Growth Strategies
Best of the IT for augmenting competitiveness of the productsIntensify cross-business
Expand business areasExpand business areasSmart GridSmart Grid
Competitive Advantages Competitive Advantages of Mitsubishi Electricof Mitsubishi Electric
Energy Energy Conservation Conservation
S l tiS l ti
ycollaborationAlliance with partners
Strong businesses
SolutionsSolutionsTotal SecurityTotal Security
SolutionsSolutions
and rich experience
SmartSmartCommunityCommunity
Security technologyUtilize the space infrastructure Cyber security
Cryptography/verificationInformation security
Safety and risk managementSocial servicesCommunication
8
CommunicationImagingImaging
SolutionsSolutions
3 E ti l G th St t i GrowthGrowth
(4)Mitsubishi Electric Smart Community SolutionCreate sustainable society by applying proven energy platform technology with ICT
3. Essential Growth Strategies GrowthGrowth
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency
y y pp y g p gy p gy
xEMS
MeteorologicalDisaster
Prevention
Energy SolutionEnergy SolutionLife/BusinessLife/BusinessSupport SolutionSupport Solution
TotalS it Healthcare Po er demand/s ppl
EnergySaving
PVPVHydro
Renewable
CEMSBEMS
HEMS
CEMS
Positioning
Meteorological Prevention
Imaging ITS
Security Healthcare Power demand/supply
Self-sustainabilityin Disaster
CGSEVPV
PV
Geothermal
CEMSFEMS
HEMS
HEMS ICT platformICT platform
BEMS(Commercial, Residential)
Water treatmentWater treatment
AirportAirport
RoadRoad
CGS
Residential ApartmentResidential Apartment
PV
ResidentialResidentialdistrictdistrict
CommunityCommunity
PV
CGS REMS TEMS SEMS
Harmonize distributed power generationHarmonize distributed power generationand transmission and transmission gridgrid
RailwayRailwayIndustrial districtIndustrial district
Residential ApartmentResidential Apartment
Next Generation PlatformNext Generation Platformof Energy Supplyof Energy Supply
G id PG id P RR
9
Grid Power Grid Power ResourcesResources
* xEMS: Energy Management System (B: Building, C: Community, F: Factory, H: Home, R: Railway, S: Station, T: Train), CGS: Co-Generation System
3 E ti l G th St t i(5)xEMS
Realize optimal energy control integrating Mitsubishi Electric’s expertise in all areas, from power systems to consumer electronics
GrowthGrowth
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency
3. Essential Growth Strategies
from power systems to consumer electronics
Keihanna Science City Pilot ProjectTotal management of energy consumption within the city; Present an optimal plan for energy use
ithin the cit
Open integrated management system for building facilities
Facima BA-system touch CEMSCEMS
BEMSBEMS
within the cityStabilize power supply in the city by demand response in connection with the supply side of power systemFeasibility study on an optimization model of a community energy utilization
Compact; Easy to operate on touch screenDisplay graphs of actual energy consumption; Enable demand control for each facilityCollect and analyze data by
CEMSCEMS
Smart MeterTelecommunication function
Feasibility study on energy local supply-consumption model; utilizing geothermal and other renewable energies
(Kazuno City, Akita Pref.)Establish a local supply-consumption model at normalImplement demand response at the time of shortfall in power
l d ti f l t i ti
Collect and analyze data by utilizing CLOUD-based technology
CommercialCommercial
HEMSHEMS
Function of real-time reading and measuring of the electric energy consumption from remote place, as well as control over the power units
ResidentialResidential supply and creation of relevant incentiveSelf-sufficient power supply utilizing the existing power network at the time of disaster
FEMSFEMSMITSUBISHI HEMS
Equipped with industry-first automated energy-conserving functions, and industry-highest
b f li k ith h h ldSmart Community experiment conducted in
an Indonesian industry complex
Simultaneous pursuit of the improvement of production efficiency and energy efficiency
10* xEMS: Energy Management System (B: Building, C: Community, F: Factory, H: Home), DSM: Demand Side Management System
number of links with house hold appliances and other home equipment
an Indonesian industry complexRealize optimal power saving by coordination of
DSM with FEMS
3 E ti l G th St t i GrowthGrowth
SoundnessSoundnessProfitabilityEfficiency
ProfitabilityEfficiency
3. Essential Growth Strategies(6)Integrated Solutions:
Railway integrated energy-environmental solutionsREMS:Railroad Energy Management Systems
In addition to the conventional surveillance systems on electricity consumption in train operations, a total solution systems having control over energy consumption all alongside the railroad and utilization of regenerative electricity throughout the integral railway
SEMS:Station Energy Management SystemsBy visualizing power consumption, encourage measures for reducing CO2 emissionOptimal energy control so as to keep both passenger service level and CO2 reduction compatibleRealize a next generation, eco-friendly station equipped with “energy creative” and “energy storage” functionsGround Control Center
Optimize power distribution management coordinating multiple stationsBased on the position and the driving conditions of each train, implement a real time control over voltage output from the substation enable not to limit regenerationThe power storage systems and regenerative inverter, which enable effective utilization of regenerative electricity
Visualization-station
regenerative electricityEnergy control room at a station Hub-station
Railway SubstationsHeadquarters, Branch OfficesVisualization
-total consumption Reduce CO2 emission, utilization of natural energies,
harmonization with the Smart Community
Total configuration control of a train by train information management systems
FEMS:Factory Energy Management SystemsVisualize the production volume and energy consumption based on per unit cost controlSupport a frontline-oriented efficiency improvement utilizing the ICT
TEMS:Train Energy Management Systems
g yHigher efficiency of electric equipmentEffective utilization of regenerative electricity
Introduce a large scale photovoltaic systems utilizing space in the sites
Visualization-train
Visualization-depot
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Train information management systems with vehicle energy management functions DepotIntegrated facility control systems
at depot
* xEMS: Energy Management System (F: Factory, R: Railway, S: Station, T: Train)