User Manual

ManualsBrandsSiemens ManualsBuilding automationDesigo CC MP 5.0 BACnet Server, BACnet Protocol Implementation Conformance Statement (PICS), Basic Documentation

November 2013 Page 1 Presenter / IC BT SSP ST

BT SG

BEMS: Building Energy Management System

Thermal

storage

E-car charging

BEMS

Data Flow

Energy Flow

E-Car

HVAC

Green Building

Monitor

Lighting

Solar

Wind power

DC inverter

Smart grid

CHP

Smart meter

Gateway

Electricity

storage

Fire safety

& security

Geothermal

energy

Water tank

Water pump

November 2013 Page 3 Presenter / IC BT SSP ST

BT SG

1) International Energy Association, auf weltweiter Basis, im Jahr 2002 2) During operation phase, Dena Congress, Berlin, 2008

20% 80%

Operation / Renovation

Design/

Build

2-5 1-2 20-40 0-1

Deconstr.

Years

Cost

Buildings account for 41% of worldwide energy consumption

Energy accounts for 40% of building operating cost

Buildings

Mobility

31%

41%

28%

Industry

Smart buildings are the

answer to the challenges

of today and tomorrow

Smart buildings leverage the additional

functionalities that fully integrated build-

ing systems provide.

This results in more energy efficient

and cost-optimized consumption while

maintaining the occupants‘ comfort,

for example with motion detectors that

turn off the lights when a room is not

occupied.

Smart buildings are not only energy con-

sumers but also energy producers (pro-

sumers), employing on-site energy gener-

ation systems such as photovoltaic, wind

power, and combined heat and power

units (CHP), to mention a few.

Such high-tech buildings are also able

to store thermal and/or electrical energy.

Lower operating costs combined

with a better image

Smart buildings help building operators

optimize costs (reducing energy con-

sumption without loss of comfort and

lowering energy cost per kWh consumed)

as well as maintain a positive image

(complying with regulations and respond-

ing to the increasing pressure of stake-

holders regarding corporate and environ-

mental responsibility).

Energy efficiency and grid stability

solutions for grid operators

Buildings consume approximately 40%

of the world’s generated energy. In addi-

tion, global energy consumption is likely

to increase significantly in the near future

due to the growing world population,

increases in the average life expectancy

and urbanization. Needless to say, grid

operators and utilities will be facing some

major challenges to ensure reliability and

security.

Smart buildings in smart grids are the

answer to these challenges, since their

high efficiency and role as energy pro-

ducers will help lower the world’s energy

demand. In addition to avoiding costly

grid infrastructure extensions, these

buildings will also balance out the grid

fluctuations caused by the unpredictabil-

ity of renewable energy through their

energy storage capabilities.

Highlights

Challenges that smart

buildings address:

■

Room comfort

■

Occupant productivity

■

Occupant safety & security

■

Energy costs

■

Sustainability regulations

■

Greenhouse gas emissions

Additional challenges that

smart buildings in smart

grids address:

■

Grid instability caused by

fluctuating renewable energy

sources

■

Integration of renewable

energy sources