CHARACTERISTICS OF THE MUNICIPALITY IMPORTANT IN VIEW OF ENERGY

The municipality is located in western Nigdezemski and is part of the statistical region. It is across the surface between municipalities

ranks 36th (155 km2). There are 35 settlements in the municipality.

The territory of the municipality belongs almost entirely to the LEND river basin, only a small part belongs to the Kokra river basin. The northern part

the municipalities occupy central Kola, towards the south the province descends into the hills, and the southernmost part of the municipality

they represent balances called Dobrena, which belong to the northern part of the basin. Mountainous part of the municipality

interrupting larger and smaller valleys.

Most of the municipality's land is covered by forest land (73.7% of the municipality's area), followed by agricultural land

(18.3%). The built - up land in the municipality represents 3.6% of the municipality 's area (Ministry of Agriculture, Forestry and Forestry)

nutrition, actual land use data). The actual land use is shown in Cartographic Annex B

In the middle of 2012, the municipality had about 15,150 inhabitants (about 7,500 men and 7,650 women). By number

It was ranked 34th among Slovene municipalities. It is located per square kilometer of the municipality

an average of 98 people lived; therefore, the population density was lower than in the whole country (101 inhabitants per 1 km)

km2).

ANALYSIS OF ENERGY AND ENERGY CONSUMPTION BY INDIVIDUAL AREAS AND BY MUNICIPALITY AS

WHOLE

1364/5000

Consumption of energy and energy products includes the use of heat and the use of electricity. Purpose of use

heat is divided into three segments: heat for space heating, heat for hot water preparation and heat

for technological processes. On average, in residential buildings a larger proportion is used for the purpose of space heating and

a smaller proportion for the preparation of hot water

In non-residential consumption we are talking about heat consumption for

technological processes and in a smaller proportion for heating.

For ease of understanding of the treatment below, definitions of some of the terms need to be presented:

- primary energy is the energy of primary energy carriers, these carriers have been obtained through the exploitation of natural ones

energy sources and are not exposed to any technical changes

secondary energy is the energy available from the primary energy at the point of change (heat at the threshold

boilers, chopped firewood in the store),

- the final energy is that available to the consumer at the point of use before the last technical conversion,

it is usually secondary energy, but it can also be primary energy such as coal or natural gas for heating,

useful energy is that part of the final energy that benefits the consumer and aims at its use (heating

rooms, room cooling, cooking, hot water preparation)

Housing energy use

According to the Census of Population, Households and Housing, in 2002 there were in the municipality / hereinafter referred to as the Census

population 2002 / (SORS, 2002) 5,643 dwellings with an average floor area of 73.1 m2

. 81% of the dwellings were heated

through a central combustion plant for one building and 17% via common boiler rooms for several buildings.

The main energy source for home heating is Extra Light Fuel Oil (ELKO). It is followed by wood. Also on

The gasified area of the municipality is still heavily fueled.

- Extra light fuel oil (ELKO) is the dominant source of heating for the data for which data were obtained

(45.6%), renewables (wood) are represented by 37.7%,

Energy use in industry and services

Questionnaires were sent to 55 companies. Data were obtained for 49 companies, including 37 companies

concrete data.

Most companies used heating oil for heating and technological processes. Three municipalities were larger in the municipality

consumers of natural gas / ZP / (Lepenka d.d., Peko d.d.,) Tokos d.o.o.

used heating oil for its heating and technological process.

 It's wood

played a very small role in the energy supply of the surveyed companies (supplementary energy). He played a rather small role

also liquefied petroleum gas (LPG), both by the number of companies using that energy and by consumption

kWh of energy. In total, the surveyed companies consumed about 28.8 GWh of energy (excluding electricity).

Electricity consumption

The other part of the municipality 's electricity consumption was represented by eligible customers (all other users except

households). In 2006, they consumed about 9.2 GWh of electricity. Electricity consumption at

of eligible customers increased by 3.8% compared to 2000. Average annual growth rate of consumption

of electricity in the group of eligible customers amounted to 1% during this period.

About 858 MWh of electricity were consumed in the municipality in 2006. Consumption

of electricity for public lighting in 2006 was 48% higher than in 2000. Average annual

the growth rate of electricity consumption for public lighting in this period was 7.3%.

The total electricity consumption in the municipality in 2006 was approximately 39,755 MWh. Average annual

the growth rate of electricity consumption in the period 2000 to 2006 was 3.3%. The largest share of electrical consumption

Energy was represented by tariff customers (households) in 2006, ie 75%. They were followed by eligible customers

with 23% and public lighting with 2%.

Production of electricity

In the municipality, some scattered are also included in Elektra's distribution network

resources (RV). The following types of RVs appear:

- hydro power plants (HPP),

solar power plants (SFE) and

- cogeneration (CHP).

ENERGY SUPPLY AND DESCRIPTION OF PRODUCTION AND DISTRIBUTION ENERGY SYSTEMS

Most of the boiler rooms in the municipality were operated by Domplan d.o.o. There were 17 boiler rooms and 25 in total

boilers. Four boilers were gas fired, the rest were ELKO. The average age of the boiler was 11.5 years. Most boilers

has heated one building and six boiler rooms have several buildings. A total of 718 apartments and 76 other premises were heated from the total larger boiler rooms.

Guidelines for future energy supply

Energy management in a municipality must be integrated in a holistic manner and thus integrate such natural geographical features

areas, the current state of energy infrastructure as the intended development of the area and activities for all consumers,

potential in the area and contribute as much as possible to sustainable development.

The municipality's energy policy should lead towards the use of environmentally friendly and renewable energy sources, while at the same time maximizing

reduced energy consumption or energy savings. In this context, it makes sense to replace the individual ones

larger group systems and promote cogeneration of heat and electricity. Where is the density of settlement

high, it is necessary to provide organized integrated supply.

In planning the future energy supply, the municipality must consider in particular:

- Provision of EE (replacement of obsolete boilers, repair of joinery, insulation, etc.) and accelerated

the transition from fossil fuels to renewable energy (RES),

- make full use of the potential of renewable energy sources present in the municipality and thus

reduce energy dependency,

- promotion of cogeneration of heat and electricity (and cold),

- proactive implementation of RES and RES measures on public infrastructure to achieve dissemination effect,

- incorporation of EEU and RES provisions into municipal regulations.

Designation of spatial areas suitable for RES power plants