Maximizing Energy Efficiency through Integrated Building Management and Lighting Control Graham Martin Chairman & CEO EnOcean Alliance Energy Conservation Requirement
- Buildings Use >40% of our Total Energy Requirements
Transport - In 2030 the Global Electrical Power 28% Buildings 41% Demand will be 2 x that of 2003
- Government Directives to save Industry 31% Energy in Buildings: 20% by 2020 80% by 2050 Energy Savings by Building Automation
Warm water Lighting 60% Electrical Cooling energy savings Heating in lighting
45% Electrical energy savings in climate technology
25% Energy Office building Office building savings in without automation with automation heating * Source: reference model of the LonMark survey according to DIN V 18599 ** Saving potentials according to LonMark survey 2007 of the technical college Biberach Building Automation Require Sensors
– Occupancy
– Lighting levels
– Temperature / Humidity
– CO2
– Door / Window Status
Page 4 Conventional Sensor Wiring: Limitations
– Time-Consuming
– Building Mess & Noise
– Inflexible
– Installation & Time Costs
– Retrofit/ After-Market (building close-down)
Page 5 Wireless: Cost-Effective & Flexible Convential Wireless – Requires Batteries
– Tracking
– Monitoring
– Stocking
– Access & Replacement
– Disposal
– System Failures
Page 7 Energy Harvesting Wireless Sensors IEC/ ISO 14543-3-10 Examples: Batteryless Wireless Products Stand-Alone Integration Example
230 V EnOcean-LON Integration Example
Receiver EnOcean‐LON Bus System LONMARK & DALI
LONMARK DALI Complete Network Infrastructure Example Energy Savings – Case Study 1 Energy Savings Case Study 2
- Building 3 (identical to 1 & 2)
- EnOcean / LONWorks based Building Automation System
- Single Room Control
- Window Contacts
- Occupancy Sensors
- In-/Outdoor Temperature Measurement
- Connected to Reception Computer Results: Energy Savings 60%
Sep Oct Nov Dec Jan Feb Mar Apr May Jun Jul
Average Energy 8398 7947 13650 18474 15423 11293 15696 11056 10325 3737 4753 use kWh per Building (no automation)
Average Energy 2892 4919 7924 8977 7341 4864 6990 1585 645 497 599 use kWh per Building (with automation)
Energy Savings 66% 38% 42% 51% 52% 57% 56% 86% 94% 87% 87% Case Study
Uniqua Headquarters, Vienna
- 350 wireless temperature sensors
- 100 radio receivers EnOcean-LON Case Study
Torre Cristal, Torre Espacio Madrid
>8,000 EnOcean switches & sensors
Savings in each building
– 40% Lighting Energy Costs
– 30 km of Cable
– 80% Cost of Retrofitting
Page 17 Case Study
Semperoper, Dresden
- Temperature & Humidity Sensors
- EnOcean-LON Receivers Conclusion
- 20% to 60% Energy Savings Possible
- Combination of Communication Standards Thank You Graham Martin graham.martin@enocean‐alliance.org