Municipal Authority City of Salamina Island Information SUSTAINABLE
• Municipal Authority City of Salamina Island Information
• SUSTAINABLE DEVELOPMENT PLAN OF BIOCLIMATIC FOR • Private transport, residential, and tertiary sector. • WITH NEW WAY OF LIVING ON ISLAND OF SALAMINA
Information Salamina is the bigger island of Saronic Gulf and nearest in the coasts of Attica. It is found in the Northern department of Saronikou and it is separated from the coasts of Attica with Narrow of Pachis (north-western) and the narrow of Piraeus (Eastern), this two channels delimit the trick of Eleusina that is extended north of Salamina. In Narrow of Pachis the minimal width of channel is 500 metres, while in Narrow of Perama it is 1200 metres. The length of coasts is 100 kilometres while the extent of island reaches the 93, 5 square kilometres. Higher top is Mayroboyni (365 metres). Salamina has population of 38. 022 residents (inventory 2001) and is governed in the Prefecture of Attica and in the Prefecture of Piraeus. The island after the Municipal elections of the last year has the only one Municipality of Salamina (year of foundation 1835). Salamina belongs in the Metropolis of Megara and Salamina.
History of Salamis is best known in world history for the biggest battle of the ages, made at the close of the 480 B. C , with outcome of which, the Greek victory, is preserved and developed Greek culture , and spread of to the West and the rest world.
The Battle of Salamis • There are battles that capture land or put Kings on thrones but very few battles can be said to have influenced the development of a civilization. • At the Battle of Salamis in 480 BC, 378 Greek ships called “triires” met between 800 and 1200 Persia triremes. This battle was fought after the battle of Thermopylae, Xerxes should have learned by now that the Greeks were fearsome fighters. King Xerxes’ fleet sure of victory with their greater numbers sailed into the straits near Salamis island. He positioned his fleet to block and hold both sides of the straits, but bigger is not always better. There were so many Persian ships that they had no room to manoeuvre and lost any formation they may have had. This gave the Greeks a chance to attack and sink or capture approximately 200 Persian ships. Seeing his fleet falling apart Xerxes retreated. The Greeks were victorious, stopping any future attempts by the Persians to attack the Greek mainland. • Some historians believe this actually gave the Greeks a chance to develop their culture and from it Western civilization.
As a first step • Responding to the call of Mayors in Europe to exceed the goal of reducing emissions of carbon dioxide (CO 2) by 20% by 2020, the Municipality of Salamis after the decision of the City Council, Mayor IOANNIS TSAVARIS signed the Covenant of Mayors on 11 January 2011 and began to adapt and implement the commitments arising from it. • As a first step, ordered by the Mayor to recommend the Office of the Environment and an organizational structure, by the appropriate personnel for developing and implementing sustainable energy policy of the City and monitoring achievement of set objectives:
OBJECTIVES OF REDUCING Co 2 28% • The target , is to reduce emissions of carbon dioxide (CO 2) from the activities within the municipality by 28% from 2010 levels by 2020 through actions at different areas of the city. • From a survey made by special implementation team technicians who recently undertook the task of inventory (ENERGY ) And with the help of external consultant. • (Dimitrios Ioachim by Covenant of Mayors and Coordinator officer of C. O. M. Office E. U for Programs of Brussels) • Preparing this Draft Vision and Action for Sustainable Energy, according to the instructions of the Covenant of Mayors. Apparently, the goal of reducing CO 2 emissions will in future be achieved by the combined savings of private and municipal vehicles and installation of renewable energy systems by houses within the sector of the municipality. However, as the biggest challenges in general, come from those areas in which each municipality could not have a direct effect, ie
Private transport, residential and tertiary sector • By contrast we as a group we believe that the reason , (the short distance kilometer road network) and general the small geographical nature of the island in the transportation of persons by vehicle road, achieving with the target of 28% can and must be caused by this field. in order to reduce Co 2 and of private vehicles , and the vehicles of the public transport in the transporting service sector. And for this should be closely monitored until the next reference to the Covenant of Mayors in a year when they assess the results in practice, and to propose new or adjusted measures and actions for the this sector of the municipality.
ENVIRONMENT OFFICE OF THE MUNICIPALITY OF SALAMINAS • Check and record the sources of pollutants, the prices of air pollutants and recommend emergency measures when prices exceed allowable limits. Out a study of evolutionary trends and changes. Creates databases. Care in consultation with the competent bodies and to eliminate air pollution and recommend action. Checking the burners, for the buildings within the City with the help of P. E. R. P. A. Recording the pollutants emitted by cars. And inform drivers. Recommend appropriate measures for the success of these objectives. with monthly controlling of the police by stop in the road in many cars and checking the motor in action.
Municipal Authority and the competent department of environmental Michalakis Ioannis Xanthou st. 24 Post/nr 181 20 Koridallos GR Contact Tel : 0030 210 4646146 , 0030 210 4964540 Mob. Phone : 0030 6944149892 Fax : 0030 210 4646190 E-mail : jmixalaki@gmail. com General Director environment office ============================== Nikos Fourikis Faneromenis st. 150 Post/nr 189 00 Salamina GR Contact Tel. : 0030 210 4652279, 0030 210 4646046 Mob. Phone : 0030 6977894315 Fax : 0030 210 4646190 E-mail : fourikis. nikos@gmail. com Town Concillor for E. U. Programs ===============================
Dimitrios Ioachim Agias Triadas 5 Post/nr 191 00 Megara – GR Contact Tel : 0030 2296777150 Mob. Phone : 0030 6998494683 Fax : 0030 2296 777150 E-mail : ioachim 13@msn. com Coordinator & Local Officer for E. U. Programs in Municipality of G. R
• The Conventional house. and Conventional vehicles for the moving persons • NEEDS OF 4 FAMILY MEMBERS.
THE NEEDS FOR FAMILY OF 4 MEMBERS IN Conventional house • • 1. Electricity consumption for 85 m 2 house 2. Heat consumption (hot water & heating) 3. Summer cooling with 3 (air conditioners) 4. Conventional passenger vehicle 1, 400 cubic centimeters (gasoline) • 5. Bike 125 cubic centimeters (gasoline)
Where Does My Money Go? The annual energy bill for a typical single home is approximately 1. 100 euro.
• ELECTRICITY CONSUMPTION RESULTS & THERMAL ENERGY IN CONVENTIONAL HOUSE 1. 1) The average power consumption in a 85 m 2 house for 12 months with the information we currently have from the electric company for the 4 living family members is about in order of 100, 00 euro. per month. With the charge the kilowatt hour today’s. with new pricing and other expenses charges, the all third , taxes. Per month ……… 100, 00 euro 2. 1) The heat needs for 4 months of the winter with the current oil price is around 920. 00 euro/ton on heating to 24 hours. With a conventional type burner 35, 000 calories and a cauldron of hot water consumption is approximately 1. 4 liter per/hour X 24 hours = 33. 6 liter per/day if you multiply by 30 days, is approximately 1, 008 ransom oil for each month for the needs the example for 24 hours with proper heating, the current price of heating oil is 0. 92 euro per liter X 1, 008 ransom. We spend = 927. 36 euro per month X 4 months………. = 3, 709, 00 euro. • For 12 months is total per month…………. =309, 00 EURO
The needs of the house for the summer COOLING NEEDS • 3. 1) The cooling needs of today with climate change is clearly necessary, consuming a house 85 m 2 with 3 essential air conditioners ranging from 2 -3 months consumption of power for June, July, August, but we can not determine directly, but indirectly with estimates of current climate needs to be approximately average 4 to 6 hours a day, we calculate an average consumption of 5 hours per day x 30 days, with two air conditioners of 9. 000 btu , and 1 more 12. 000 btu = total 30. 000 btu will need the consumption of 600 watt / h x 5 hours per day = 3. 000 watt/p per day X 30 days = 90. 000 watt, with the current value , will pay for air conditioning us about 9. 00 euro per day X 30 days • per month = is 270 euro. • This sum if we multiply, is 270. 00 euro x 3 months summer = 810. 00 euro. And that amount divided by 365 days. And then the sum of 2. 21 euro per day, we multiply X 30 days which gives the • Final result per month…………. = 66. 30 EURO.
Costs and conventional fees by the month A) THE CHARGES PER MONTH FOR A CONVENTIONAL HOUSE • 1) Cost of electricity alone /for house 85. m 2 is per month ……. . = 166. 30 EURO • 2) Oil Heating , if you divide 12 month by 3. 709, 00 euro is up and down , Total the month. . . = 309. 00 EURO
• EXPENSES FOR CONVENTIONAL VEHICLES OF THE FAMILY 4. 1) Conventional car The fuel consumption of a conventional car 1, 400 / cubic gasoline 4 doors, for our daily needs that are usually. (The working distance from the house and return, their shopping home, the ride of Saturday Sunday etc) Which they are about 80 km through term. But we can not control now these needs, if we accept the needs of the example, we conclude in 8 litters x 1. 60 euro per liter for 80 kilometers distance we need = 12. 80 euro per day X 30 days. • Total the month ……………. = 384, 00 EURO • Next page
page 2 4. 2) The insurance of the vehicle for 1, 400 cubic currently only costs a mere liability coverage 300, 00 euro for 6 months if you divide by 180 days is = 1. 65 euro per day X 30 days Total the month……………………. = 50. 00 EURO. 4. 3) The taxes is around 265. 00 per year. if you divide in 12 months of costs. . . . …………………. Monthly = 22. 00 EURO. 4. 4) Maintenance costs (motors oils, and other expenses ) together is about 480, 00 euro per year Monthly …………………………. . . = 40. 00 EURO. 5. 1) Conventional motorbike The motorbike , has become an indispensable means of transport for our short-distance. with one 125 motor cubic , will cost us the following, (security, , fuels, taxes ) about 594, 00 euro per year. Monthly. = ………………………… 49. 50 EURO.
THE MONTHLY COST FOR A CONVENTIONAL CAR AND GENERAL EXPENSES FOR 1. 400 cubic • • 1) The car taxes …………. . 22, 00 euro 2) Insurance…………………. . 50, 00 euro 3) burning fuels……………. . . 384, 00 euro 4) vehicle maintenance……… 40, 00 euro • TOTAL PER MONTH……… 496, 00 EURO
THE GENERAL COST BY MONTH FOR A CONVENTIONAL Motorcycle of 125 cubic • 1) The Motorcycle of 125 cubic is 25, 00 euro per year in 12 month is monthly ………. . = 2. 00 EURO • 2) insurance of the year 90, 00 euro divided by 12 months. . . per month …………………. . = 7. 50 EURO • 3) fuels per day for 30 km is 1, 0 euro = per month…………………. = 30. 00 EURO • 4) maintenance (oil + general , and other ) per month …………………. = 10, 00 EURO TOTAL per month………… 49, 50 EURO
CONVENTIONAL COSTS AMOUNTS FINAL GENERAL FIXED COSTS FOR THE HOUSE AND THE 2 VEHICLES • FINAL TOTAL GENERAL FIXED COSTS PER MONTH…………. . = 1. 020, 00 EURO • FINAL TOTAL 1. 020, 00 X 12 MONTHS TOTAL PER YEAR…. = 12, 240, 00 EURO
PRIVET & TERTIARY SECTOR • SUSTAINABLE DEVELOPMENT PLAN OF BIOCLIMATIC, IN SECTOR OF PRIVATE HOUSES AND VEHICLES. • AND TERTIARY SECTOR OF THE CITY
INVOLVEMENT ENTITIES FOR IMPLEMENTING THE PLAN • 1. The Covenant of Mayors • 2. Municipal Authority and the competent department of environmental. • 3. Financing Mechanism projects ELENA. • 4. Central European Investment Bank. • 5. Responsible Development Ministry with the supporting E. T. E. A. N. • 6. Y. P. E. K. A by the E. S. P. A 2007 -2014 Ministry of Environment, Energy and Climate.
The privet & tertiary sector • The program refers to the privet & tertiary sector, which perhaps is the more responsible for the negative bioclimatic changes been in every big or small towns, in all modern states, in Europe, and generally on our planet. • The following program elements with the enormous positive contribution they can offer speak for themselves, of course we can not determine the general problem with this program, but we can identify the (positive site) at a smaller scale if we consider what we can do in city of 38, 000 residents on the island of Salamis, which is geographically situated in the southern Gulf argosaronic and is the largest island in area and the closest to Athens. This program can be applied to every island every municipality regardless. With the financial support by • ( Central European Investment Bank. )
THE BASIC PROPOSAL FOR ONE FAMILY HOUSE COSTS & EXPENSES WITH CURRENT VALUES • 1. With the cost of current values not pass the 62. 000, 00 euro per family House.
FINANCING SECTORS FOR IMPLEMENTING THE PLAN • 2. The Funding , may be by the Central E. U bank Investment • 3. The private investors, banks, investment groups, etc. • 4. The payback of the capital not exceeding 25 years. • 5. The profits of investors may be in the range of 2. 5 - 3. 5%
CONTRIBUTORS OF PROFITS FINANCE & ENVIRONMENTAL • 1. A) Zero-cost Electricity for the house • 2. B) Zero-cost for Central heating & Hot Water 3. C) Zero cost for both vehicles with Electricity • 4. D) Most low emissions 90% polluting in atmosphere with CO 2 • 5. C) The grat contribution of Electricity Generation in the energy company of the country • 6. G) Net income of approximately 650. 00 per month with no taxes for every house • 7. H) Free Electricity and heat without any problem blackout.
COSTS & EXPENSES UPGRADE SYSTEMS WITH DETACHED HOUSE RES 1. 1) The cost to upgrade a house 85 m 2 with adequate voltaic panels of 10 / k. W power , a wind turbine 800 watt / h, a diesel generator of 3. 5 / k. W, and an array of batteries by 24 volt 400 watt X 6 = 2. 400 watt. p / h to cover 100% of electricity needs in a seamless system problems. 1. 1 Voltaic panels system connection to PPC…. =34. 000 euro 1. 2. wind turbine of 800 watt / h. . . . …. . . . =1. 200 euro 2. 3. Diesel generator of 3. 5 / kilowatt. . . . . =1, 800 euro 3. 4. Batteries 6 x 400 watt. p / h by 24 t volt. . . =1. 800 euro • Total. . . . ………. = 38, 800 EURO
Heating with pellet • 2. 1) The unit heating with pellet with current technology its covering the 100% of the needs of heating and hot water, for 24 hours, with 35, 000 calorie burner. The costs today with the full installation. • is amount of ……………. . = 7, 000 euro.
TOTAL AND UPDATE ON THE DRAFT (R. E. S) AND THE FINAL COST FOR UPGRADE TO THE HOUSE • The amount of. . . = 45, 800 EURO
COST OF PURCHASE OF TWO ELECTRIC VEHICLES • 1. 1) Electric Car with Batteries loading by 220 volt final range distance 120 km, with a top speed of 80 -100 km, four doors , family type matches a conventional gasoline kyv 1, 400 / cm. With today's prices about. . . . = 13, 000 euro. • 2. 2) Electric Motorcycle with Batteries charging by 220 volt , of distance 80 km and a top speed of 65 km per hour. costs about. . . = 3, 000 euro • With today's prices about …. = 16. 000 EURO
The final result • The final result , and cost of the project plan for one house family has the following cost of financing. • 1. For the house. . . . = 45, 800 EURO • 2. For both vehicles. . . = 16, 000 EURO • GENERAL EXPENSES FINAL COST OF THE PROJECT. . . = 61, 800 EURO
ENVIRONMENT OFFICE THE MUNICIPALITY OF SALAMINAS Responsible of the design Michalakis Ioannis Nikos Fourikis • Dimitrios Ioachim Covenant Coordinator & Media Officer- E. U Local Energy Programs • Tel: 0030 -2296777150 • Mobil: 0030 -6998494683 • Email: ioachim 13@msn. com • To be continued in http: //www. salamina. gr/Link. Click. aspx? link=504&tabid=503&language=el-GR http: //www. salamina. gr/Default. aspx? tabid=517&language=en-US
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