energy management and planning msj0210 energy generation 2 eduard latõšov

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Page 1: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov
Page 2: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Energy Management and PlanningMSJ0210

Energy generation 2

Eduard Latõšov

Page 3: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov
Page 4: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

TECHNOLOGY SPECIFICATION

Technical figures Economic figures

Energy generation

Page 5: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

TECHNICAL FIGURES

Page 6: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Technology specification(technical figures)

Efficiency (heat, electrical, total) – main, well known

Availability, reliability

Level of automation

Efficiency drop working at partial load

Efficiency drop working at specific conditions

Minimum achievable capacity

Page 7: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Wood chips boiler minimum achievable capacity is about 25 – 35% of nominal capacity. For electrical boilers starting from almost 0.

Minimum achievable capacity

Technology specification(technical figures)

Page 8: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Wood chips boiler. Nominal capacity 55 MW.Minimum about 15 MW

Minimum achievable capacity

Solution 1

Technology specification(technical figures)

Page 9: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Wood chips boiler. Nominal capacity 100 MW.Minimum about 25 MW

Minimum achievable capacity

Solution 2

Technology specification(technical figures)

Page 10: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Solution 1 in comparison with Solution 2Lose Win

Minimum achievable capacity

Does additional production for Solution 2 justifies construction of 100 MW boiler instead of 55 MW?In this case it seems not

Technology specification(technical figures)

Page 11: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

If no hot tap water production exist

(district heating network does not operate outside district heating

season).

Does additional production for Solution 2 justifies construction of 100 MW boiler instead of 55 MW?In this case it seems so

Technology specification(technical figures)

Minimum achievable capacity

Page 12: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Efficiency drop

COP

Technology specification(technical figures)

Page 13: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Efficiency drop

Steam turbine

ORC plant

Technology specification(technical figures)

Page 14: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

STEAM TURBINE AND ORC (capacity 1 – 2 MWel the same cooling temperature, ca 85oC)

Efficiency drop

Electrical efficiency

Nominal capacity

100%30%

15%

10%

5%

Technology specification(technical figures)

Page 15: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Efficiency drop Technology specification(technical figures)

Page 16: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

ECONOMIC FIGURES

Page 17: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Main inputs and outputs

INPUTS OUTPUTS

TECHNOLOGICAL PROCESS

HEATFUEL

ELECTRICITY

WATER

MAN POWER ELECTRICITY

SEWERAGE

AIR EMISSIONS

ASH

OTHER PRODUCTS

OTHER EMISSIONS ANDENVIRONMENTAL IMPACTS

Kaasnevad INCOMES and COSTS. Some of inputs and outputs

can serve as INCOMES and COSTS

OTHER ACTIVITIESAND CONSUMABLES

Technology specification(economic figures)

Page 18: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Cash flowsHow to estimate?

2. USE REFERENCE VALUES1. CALCULATE ALL COMPONENTS

3. USE BOTH

Main inputs and outputs Technology specification(economic figures)

Page 19: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Main types of costs

Page 20: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Fixed costs, €/MW Other variable costs, €/MWh Fuel, €/MWh

X

Production, MWh

X

Production, MWh

/

Efficiency

X

Capacity, MW

Costs, €

Page 21: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

MAINLY FIXED INCOMES, €/MW ENERGY SELLS

Energy price, €/MWh x

Volume/amount, MWh

X

Capacity, MW

Incomes, €

Example: reserve capacity

Page 22: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Economic and technical figures are important.

Where to find them?

Page 23: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Data sources

ExperiencePrevious projects

ResearchesReports

Presentations

Databases

Internal competence

Specific sources

Basic statistics

LITERATUREINTERNET

Page 24: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Data sources

KogemusVarasemad tööd

UuringudRaportid

Presentatsioonid

Andmebaasid

ExperiencePrevious projects

ResearchesReports

Presentations

Databases

Internal competence

Specific sources

Basic statistics

LITERATUREINTERNET

Experienced CONSULTANT

(company)

Page 25: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Need for consultants

- Availability of internal competence;

- Sufficiency (man power);

- Money availability.

Need = f

Reduction of planning and project management risks

Experienced CONSULTANT

(company)

Page 27: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Data sources. Examples.

http://www3.epa.gov/chp/documents/catalog_chptech_full.pdf

Page 28: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Data sources. Examples.

https://www.iea.org

Page 29: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Data sources. ExamplesDescription and evaluation of the new 1,000 kWel Organic Rankine Cycle process integrated in the biomass CHP plant in Lienz, Austria

Page 30: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

FINDING OF ECONOMIC AND TECHNICAL DATA IS NOT ALWAYS EASY WORK

MAINLY IT IS NECESSARY TO CHECK AND COMPARE DIFFERENT SOURCES.

DATA ACCURANCE STRONGLY AFFECT TO PLANNING RESULTS.

Page 31: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov

Thank you

Page 32: Energy Management and Planning MSJ0210 Energy generation 2 Eduard Latõšov