LOS ENERGIDAG 2017 · 9 © 2016- Viking Heat Engines AS Produced to lift heat > 150 °C –...
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Transcript of LOS ENERGIDAG 2017 · 9 © 2016- Viking Heat Engines AS Produced to lift heat > 150 °C –...
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LOS ENERGIDAG 2017
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© 2016- Viking Heat Engines AS
VIKING HEAT ENGINES – THE ORGANISATION
VIKING HEAT ENGINES
VHE NORWAY
Kristiansand
VHE GERMANY
Remscheid
VHE CARIBBEAN
Barbados
HEADQUARTER
• ADM• BUSINESS DEV.• SALES/MARKET• PRODUCT• R&D
PRODUCTION
• TEST CENTER• DEVELOPMENT• ASSEMBLY• SERVICE/MAINTENANCE• SALES
• SALES• CARIBBEAN• SOUTH AMERICA
Est. 2009. 20 employees Est. 2015. 25 employees Est. 2015. 5 employees
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© 2016- Viking Heat Engines AS
WASTE HEAT TO USEFUL HEAT
WASTE HEAT TO POWER and THERMAL ENERGY
ELECTRICITYOUT
OUR MAIN PRODUCTS
LOW TEMPERATURE
HEAT IN
HIGH TEMPERATURE
HEAT OUT
LOW TEMPERATURE
HEAT IN
Typ.40 – 100 °C
Typ.100 – 160 °C
Typ.80 – 200 °C Range
40 – 400 kW
HOT WATER OUT
and
Range200kW – 1MW
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© 2016- Viking Heat Engines AS
TRACKING CLEAN ENERGY PROGRESS REPORT 2017
International Energy Agency’s Clean energy progress report about development within 26 tracked technologies
3 TRACKED TECHNOLOGIES ARE GREEN– Electric vehicles– Energy storage– Solar PV & onshore wind
These 3 are on track toward a sustainable energy transition They are rapidly scaling up
15 TRACKED TECHNOLOGIES ARE ORANGE– Among these are several applications within the INDUSTRY SECTOR
These are not showing significant improvements On a positive note, 10 of these showed recent improvement but need more
effort to become GREEN
8 TRACKED TRCHNOLOGIES ARE RED– Among these are BUILDINGS
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INDUSTRY
Need to reduce energy use and CO2 emissions to meet target for 2025 Encourage optimal use of by-products as a substitute for fossil fuels Invest in RD to utilize more of the renewable heat
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BUILDINGS
Global average building energy use per person need to decrease. Less than 4.5 MWh per person per year
Increase in floor area grew by 3% due to development in several countries Need more action to put forward commitments for low carbon and energy-efficient
buildings Space heating accounts for 45% of OECD building final energy use
OECD countries in particular need to shift away from historical trends and bring average energy use down
Could solid waste, sludge and other waste heat sources be utilized in another way to meet the targets for 2025?– Distributed small scale waste to energy facilities?
Related sectors are:– Lighting appliances & equipment– Building envelopes
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© 2016- Viking Heat Engines AS
Produced to lift heat > 150 °C
– Typically use coal-, gas-, oil- or electrical boilers
– Costs money and generates greenhouse gas emissions
Industrial heat pumps increase energy efficiency
– Reduce costs and emissions
– Typical payback period 1 – 3 years
HeatBooster is ready for the market
– Commercial HTHPs generally < 90 °C
– COP typ. 3 to 7
– HeatBooster uses vapor compression
Perfect for:
– Breweries
– Dairy
– Pulp & paper
– Chemical
– Etc.
HEATBOOSTER – HIGH TEMPERATURE HEAT PUMP
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© 2016- Viking Heat Engines AS
FACTS 2016
Waste input: 135 346 ton/ y 412 090 MWh
Electricity production: 75 372 MWh
Heat production: 266 691 MWh
Production boiler: 342 063 MWh
Loss in flue gas etc.: 71 012 MWh
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© 2016- Viking Heat Engines AS
Example – Production of electricity and heat
Boiler Production: 342 063 MWh
District heating: 108 410 MWh
El production: 75 372 MWh
Energy to air: 158 281 MWh
Heat production: 266 691 MWh
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© 2016- Viking Heat Engines AS
Example – Increased production of electricity using waste heat from the district heating system
Input to CE: ~60 000 MWh
Cooling to sea: ~ 56 000 MWh
Produksjon kjel: 342 063 MWhStrøm produksjon: 75 372 MWh
Spill varme: 94000 MWh
Fjernvarme: 108000 MWh
Produksjon varme: 266 691 MWh
El. Produksjon: 4000 MWh
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© 2016- Viking Heat Engines AS
Årlig el. Produskjon på 4 000 MWh, tilsvarer strømforbruket til f.eks.:
Strøm til 200 eneboliger
27 mill km med el. Bil ( 2700 biler a 10000 Km årlig)
Dette tilsvarer ca 50% av el. bilene på Agder*
1,35 mill liter i Diesel forbruk hvis samme km lengde kjøres med fossil bil
3,6 mill kg i CO2 utslipp
3700 liter pr. dag
10000 kg CO2 pr. dag
Tilsvarer 16000 biler/dag
Årlig strømproduksjon på 4000 MWh fra spillvarme
* Kilde: Motorvognregisteret Vegdirektoratet
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© 2016- Viking Heat Engines AS
HeatBooster – Økt utnyttelse av turbin, samt levere rett temperatur til forbruker = maks utnyttelse av energi produsert
