local agenda 21 local plan for sustainable development of bistriþa ...

BISTRITA
45
Electric power supply
The types and lengths of the electricity networks in Bistrita municipality:
- LA 20 kW – 30 km in Bistrita and the included localities
- LA low tension – 158 km in Bistrita
- LES medium tension – 53.13 km in Bistrita;
- Transformer station (building) – 103 in Bistrita and the included localities;
- Aerial transformer station – 35 in Bistrita.
On 31.12.2003, all housing built before 1989 was supplied with electricity.
New housing, built after 1989, is not entirely connected to the electric network.
On 31.12.2003 S.C.Electrica, Bistrita branch, recorded the following housing groups with no electricity supply:
No. Location Number of households
1. Valea Căstăilor 24
2. Drumul Cetăţii and Caisului Street 8
3. După Cetate Street and Drumul Tărpiului 17
4. Subcetate Street - 276 settlements 912
5. Subcetate Street – 30 settlements 30
6. Compozitorilor and George Enescu streets 35
7. R.C.Bucur Street – Bistrita 8
8. Drumul Dumitrei Nou district 24
9. Viişoara district 24
10. Sigmir district 12
11. Subcetate Street - 636 settlements 636
There are possibilities to extend the electricity network
within the city borders and to the peri-urban area.
Malfunctions in energy supply are mostly due to the
expansion of the built areas. This situation led to the
necessity of connecting certain areas to the electricity
network and supplementing the power in 2 areas:
Lempes and Valea Jelnei.
A recent malfunction appeared because the landfill
expanded in height, close to the medium power line
(20 kV). The work for the ecological landfill is set to
start; the technical plans (including the power supply)
are currently being drawn up.
Thermal energy supply
1. Length of thermal energy network, 31.12.2003:
- 29,047m primary thermal network
- 34,600m thermal distribution network
2. Possibilities of expanding the thermal energy
network:
The following actions are included in the strategy for
the rehabilitation and modernisation of the thermal
agent transportation and distribution system:
eliminating the distribution network, extending the
primary thermal network up to the consumers and
installing thermal micro-stations at their locations.
3. Malfunctions in the supply network: in light of
developments on the thermal energy market, the
system currently used overrides the actual number of
clients, which leads to risks for the functioning of the
local thermal power plant.
Due to the advanced usage of the networks and their
lack of balance (related to the low number of clients)
there are flaws which produce losses. The losses
affect the quality of the thermal parameters and fixing
them requires disconnections.