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TRANSMISSION
The Icelandic transmission system operator (TSO) is Landsnet hf. which owns and operates the whole transmission system, consisting of lines from 33kV up to 220 kV. Landsnet is responsible for the development of the transmission system in an economic manner, taking into account security, efficiency, reliability of supply and the quality of ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
GREENHOUSES
The majority of Iceland's greenhouses are located in the south, and most are enclosed in glass. It is common to use inert growing media (volcanic scoria, rhyolite) on concrete floors with individual plant watering. Geothermal steam is commonly used to boil and disinfect the soil. The increasing use of electric lighting in recent years has LEGAL AND REGULATORY FRAMEWORK The National Energy Authority is responsible for monitoring mineral prospecting or extraction areas and geothermal areas, as well as to regulate the compliance of companies operating under issued licences. The National Energy Authority will report to the Minister of Industry, Energy and Tourism on the conduct of exploration, prospecting, and HEAT PUMPS | DIRECT UTILIZATION | GEOTHERMAL | NATIONAL Heat Pumps. Until recently, geothermal energy has been economically feasible only in areas where thermal water or steam is found at depths less than 3 km in restricted volumes, analogous to oil in commercial oil reservoirs. The use of ground source heat pumps has changed the economic norms. In this case, the earth is the heat source for theSNOW MELTING
In downtown Reykjavik, a snow-melting system has been installed under the sidewalks and streets over an area of 50,000 m 2. This system is designed for a heat output of 180 W per m 2 surface area. Iceland's total area of snow melting systems was about 920,000 m 2 in 2008, of which about 690,000 m 2 are in Reykjavik. One third of the systems is LOW TEMPERATURE FIELDS The nature of low-temperature activity. The low-temperature systems are all located outside the volcanic zone passing through Iceland. The largest of these systems are located in southwest Iceland on the flanks of the western volcanic zone, but smaller systems can be found throughout the country. A FEASIBILITY STUDY REPORT Summary of the Report IDME Project Feasibility Study – 2009 4 2. Objective of the Feasibility Study The objective of this study is to evaluate the possibility of constructing a DME production NATIONAL ENERGY AUTHORITY OF ICELANDENERGY DATALICENSINGPUBLICATIONSGEOPORTALSGRÓ GTPEEA GRANTS 15.3.2021 : Opening of the geothermal energy capacity building and trainingEEA Grant project, in Poland, 9th February 2021. The 'Capacity Building of the Key Stakeholders in the Area of Geothermal Energy' Project was officially opened on February 9 th, 2021. It is one of the three predefined projects co-financed by the Financial Mechanism of HYDRO | NATIONAL ENERGY AUTHORITY OF ICELAND Iceland's precipitation combined with extensive highlands, has an enormous energy potential or up to 220 TWh/yr. Of the primary energy use in Iceland, in 2014, 20% was generated from hydropower. The total electricity production was in 2014, 12,9 TWh from hydro.TRANSMISSION
The Icelandic transmission system operator (TSO) is Landsnet hf. which owns and operates the whole transmission system, consisting of lines from 33kV up to 220 kV. Landsnet is responsible for the development of the transmission system in an economic manner, taking into account security, efficiency, reliability of supply and the quality of ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
GREENHOUSES
The majority of Iceland's greenhouses are located in the south, and most are enclosed in glass. It is common to use inert growing media (volcanic scoria, rhyolite) on concrete floors with individual plant watering. Geothermal steam is commonly used to boil and disinfect the soil. The increasing use of electric lighting in recent years has LEGAL AND REGULATORY FRAMEWORK The National Energy Authority is responsible for monitoring mineral prospecting or extraction areas and geothermal areas, as well as to regulate the compliance of companies operating under issued licences. The National Energy Authority will report to the Minister of Industry, Energy and Tourism on the conduct of exploration, prospecting, and HEAT PUMPS | DIRECT UTILIZATION | GEOTHERMAL | NATIONAL Heat Pumps. Until recently, geothermal energy has been economically feasible only in areas where thermal water or steam is found at depths less than 3 km in restricted volumes, analogous to oil in commercial oil reservoirs. The use of ground source heat pumps has changed the economic norms. In this case, the earth is the heat source for theSNOW MELTING
In downtown Reykjavik, a snow-melting system has been installed under the sidewalks and streets over an area of 50,000 m 2. This system is designed for a heat output of 180 W per m 2 surface area. Iceland's total area of snow melting systems was about 920,000 m 2 in 2008, of which about 690,000 m 2 are in Reykjavik. One third of the systems is LOW TEMPERATURE FIELDS The nature of low-temperature activity. The low-temperature systems are all located outside the volcanic zone passing through Iceland. The largest of these systems are located in southwest Iceland on the flanks of the western volcanic zone, but smaller systems can be found throughout the country. A FEASIBILITY STUDY REPORT Summary of the Report IDME Project Feasibility Study – 2009 4 2. Objective of the Feasibility Study The objective of this study is to evaluate the possibility of constructing a DME productionENERGY STATISTICS
Energy Statistics. Orkustofnun gathers data on various aspects of energy issues, such as production, import, use and price of energy and certain parts of the operation of energy facilities. In addition, Orkustofnun preserves various data on energy resources and use in Iceland. An important part of the activities of Orkustofnun is the LEGAL AND REGULATORY FRAMEWORK Legal and Regulatory Framework on Fuels and Energy Transition. Laws. Act on renewable fuels in on-land transportation, No. 40/2013; Thisact transposes the
ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
HYDRO POWER PLANTS
Hydro Power Plants In Iceland. Nearly all electrical energy is produced by renewable energy resources, hydro (75,5%) or geothermal (24,5%). Only in the islands, Grimsey and Flatey, which are not connected to the national grid, diesel generators are used for production of electricity, apart from minor production of electricity in diesel emergency generators. WHAT ARE THE SOURCES OF ENERGY USED IN ICELAND? What are the sources of energy used in Iceland? The figure below gives an overview of primary energy use in Iceland since 1940. It shows clearly how the proportion of geothermal has multiplied during this period and is now our largest source of energy. SEAFLOOR RASTER MAPS AND EXPLORATION METADATA Seafloor Raster Maps and Exploration Metadata. About Datasets in the Icelandic Continental Shelf Portal. Seafloor Raster Maps. In geophysical exploration, various methods are used to measure the physical properties and anomalies of the subsurface. POWER INTENSIVE INDUSTRIES Power Intensive Industries. As a result of rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows electricity consumption (in GWh) in Iceland in the year 2014, divided into the major fields of usage. The figure clearly indicates that the use ofelectricity for
SNOW MELTING
In downtown Reykjavik, a snow-melting system has been installed under the sidewalks and streets over an area of 50,000 m 2. This system is designed for a heat output of 180 W per m 2 surface area. Iceland's total area of snow melting systems was about 920,000 m 2 in 2008, of which about 690,000 m 2 are in Reykjavik. One third of the systems isFISH FARMING
Initially, Iceland's fish farming industry was mainly practised in shore-based plants. Geothermal water, commonly at 20-50°C, is used to heat fresh water in heat exchangers, typically from 5 to 12°C. This requires a large consumption of both freshwater and seawater, addingconsiderably to
SPACE HEATING
Space Heating. Over the last 60 years, there has been considerable development in the use of energy for space heating in Iceland. After the second World War, Orkustofnun and Iceland Geosurvey (and their predecessors) have carried out research and development, which has led to the use of geothermal resources for heating in the households of 89% of the population. NATIONAL ENERGY AUTHORITY OF ICELANDENERGY DATALICENSINGPUBLICATIONSGEOPORTALSGRÓ GTPEEA GRANTS 15.3.2021 : Opening of the geothermal energy capacity building and trainingEEA Grant project, in Poland, 9th February 2021. The 'Capacity Building of the Key Stakeholders in the Area of Geothermal Energy' Project was officially opened on February 9 th, 2021. It is one of the three predefined projects co-financed by the Financial Mechanism of HYDRO | NATIONAL ENERGY AUTHORITY OF ICELAND Iceland's precipitation combined with extensive highlands, has an enormous energy potential or up to 220 TWh/yr. Of the primary energy use in Iceland, in 2014, 20% was generated from hydropower. The total electricity production was in 2014, 12,9 TWh from hydro. WWW.NEA.IS | SITEMAP | NATIONAL ENERGY AUTHORITY OF ICELAND Orkustofnun. Orkugardur | Grensasvegur 9, 108 Reykjavik . Phone +354 569 6000 Fax +354 568 8896 Email os@os.is; Sitemap GEOTHERMAL | NATIONAL ENERGY AUTHORITY OF ICELAND Geothermal. Iceland is a pioneer in the use of geothermal energy for space heating. Generating electricity with geothermal energy has increased significantly in recent years. Geothermal power facilities currently generate 25% of the country's total electricity production. During the course of the 20th century, Iceland went from what was oneof
TRANSMISSION
The Icelandic transmission system operator (TSO) is Landsnet hf. which owns and operates the whole transmission system, consisting of lines from 33kV up to 220 kV. Landsnet is responsible for the development of the transmission system in an economic manner, taking into account security, efficiency, reliability of supply and the quality of WHAT ARE THE SOURCES OF ENERGY USED IN ICELAND? What are the sources of energy used in Iceland? The figure below gives an overview of primary energy use in Iceland since 1940. It shows clearly how the proportion of geothermal has multiplied during this period and is now our largest source of energy. ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
GREENHOUSES
The majority of Iceland's greenhouses are located in the south, and most are enclosed in glass. It is common to use inert growing media (volcanic scoria, rhyolite) on concrete floors with individual plant watering. Geothermal steam is commonly used to boil and disinfect the soil. The increasing use of electric lighting in recent years has HEAT PUMPS | DIRECT UTILIZATION | GEOTHERMAL | NATIONAL Heat Pumps. Until recently, geothermal energy has been economically feasible only in areas where thermal water or steam is found at depths less than 3 km in restricted volumes, analogous to oil in commercial oil reservoirs. The use of ground source heat pumps has changed the economic norms. In this case, the earth is the heat source for the A FEASIBILITY STUDY REPORT Summary of the Report IDME Project Feasibility Study – 2009 4 2. Objective of the Feasibility Study The objective of this study is to evaluate the possibility of constructing a DME production NATIONAL ENERGY AUTHORITY OF ICELANDENERGY DATALICENSINGPUBLICATIONSGEOPORTALSGRÓ GTPEEA GRANTS 15.3.2021 : Opening of the geothermal energy capacity building and trainingEEA Grant project, in Poland, 9th February 2021. The 'Capacity Building of the Key Stakeholders in the Area of Geothermal Energy' Project was officially opened on February 9 th, 2021. It is one of the three predefined projects co-financed by the Financial Mechanism of HYDRO | NATIONAL ENERGY AUTHORITY OF ICELAND Iceland's precipitation combined with extensive highlands, has an enormous energy potential or up to 220 TWh/yr. Of the primary energy use in Iceland, in 2014, 20% was generated from hydropower. The total electricity production was in 2014, 12,9 TWh from hydro. WWW.NEA.IS | SITEMAP | NATIONAL ENERGY AUTHORITY OF ICELAND Orkustofnun. Orkugardur | Grensasvegur 9, 108 Reykjavik . Phone +354 569 6000 Fax +354 568 8896 Email os@os.is; Sitemap GEOTHERMAL | NATIONAL ENERGY AUTHORITY OF ICELAND Geothermal. Iceland is a pioneer in the use of geothermal energy for space heating. Generating electricity with geothermal energy has increased significantly in recent years. Geothermal power facilities currently generate 25% of the country's total electricity production. During the course of the 20th century, Iceland went from what was oneof
TRANSMISSION
The Icelandic transmission system operator (TSO) is Landsnet hf. which owns and operates the whole transmission system, consisting of lines from 33kV up to 220 kV. Landsnet is responsible for the development of the transmission system in an economic manner, taking into account security, efficiency, reliability of supply and the quality of WHAT ARE THE SOURCES OF ENERGY USED IN ICELAND? What are the sources of energy used in Iceland? The figure below gives an overview of primary energy use in Iceland since 1940. It shows clearly how the proportion of geothermal has multiplied during this period and is now our largest source of energy. ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
GREENHOUSES
The majority of Iceland's greenhouses are located in the south, and most are enclosed in glass. It is common to use inert growing media (volcanic scoria, rhyolite) on concrete floors with individual plant watering. Geothermal steam is commonly used to boil and disinfect the soil. The increasing use of electric lighting in recent years has HEAT PUMPS | DIRECT UTILIZATION | GEOTHERMAL | NATIONAL Heat Pumps. Until recently, geothermal energy has been economically feasible only in areas where thermal water or steam is found at depths less than 3 km in restricted volumes, analogous to oil in commercial oil reservoirs. The use of ground source heat pumps has changed the economic norms. In this case, the earth is the heat source for the A FEASIBILITY STUDY REPORT Summary of the Report IDME Project Feasibility Study – 2009 4 2. Objective of the Feasibility Study The objective of this study is to evaluate the possibility of constructing a DME production WWW.NEA.IS | SITEMAP | NATIONAL ENERGY AUTHORITY OF ICELAND Orkustofnun. Orkugardur | Grensasvegur 9, 108 Reykjavik . Phone +354 569 6000 Fax +354 568 8896 Email os@os.is; SitemapENERGY STATISTICS
Energy Statistics. Orkustofnun gathers data on various aspects of energy issues, such as production, import, use and price of energy and certain parts of the operation of energy facilities. In addition, Orkustofnun preserves various data on energy resources and use in Iceland. An important part of the activities of Orkustofnun is theTHE RESOURCE
The Resource. Iceland is a young country geologically. It lies astride one of the earth's major fault lines, the Mid-Atlantic ridge. This is the boundary between the North American and Eurasian tectonic plates. The two plates are moving apart at a rate of about 2 cm per year. Iceland is an anomalous part of the ridge where deep mantle material OIL & GAS EXPLORATION Orkustofnun grants licences for prospecting, exploration and production of hydrocarbons. Applications for non-exclusive, prospecting licences are accepted at any time, whereas applications for exclusive, exploration and production licences are accepted inlicensing rounds.
LEGAL AND REGULATORY FRAMEWORK Regulations. Regulation on gathering of data on production, import, storage and sales of fuels and supervision of the share of renewable fuels in the total sales of fuels for on-land transportation, No. 870/2013. Regulation on basis of Act No. 40/2013. Only available in Icelandic. Regulation on the quality of fuels, No. 960/2016. WHAT ARE THE SOURCES OF ENERGY USED IN ICELAND? What are the sources of energy used in Iceland? The figure below gives an overview of primary energy use in Iceland since 1940. It shows clearly how the proportion of geothermal has multiplied during this period and is now our largest source of energy. ELECTRICITY GENERATION As a result of a rapid expansion in Iceland's energy intensive industry, the demand for electricity has increased considerably. The figure on the right shows the development from 1970-2013. The installed generation capacity of geothermal power plants totaled 665 MW e in 2013 and the production was 5.245 GWh, or 29% of the country'stotal
MASTER PLAN
Master Plan for Hydro and Geothermal Energy Resources in iceland. A master plan comparing the economic feasibility and the environmental impact of the proposed power development projects has been issued. It is hoped that this comparison will aid in the selection of the most feasible projects to develop, considering both the economic and GENERATION OF ELECTRICITY IN ICELAND Generation of Electricity in Iceland. The total electricity generation by all the larger power plants in Iceland from the beginning of the last century can be found inFUEL USE FORECAST
Fuel Use Forecast. The forecast estimates fuel consumption in Iceland for the period 2008-2050. The consumption is divided into domestic usage as well as that for international transport, and estimated both for several consumption groups and various fuel types. All fossil fuels are imported and oil has by far the largest share of fuelimports.
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3.6.2021 : JOINT CALL 2021 FROM GEOTHERMICA AND JPP SMART ENERGYSYSTEMS LAUNCHED!
The GEOTHERMICA and JOINT PROGRAMMING PLATFORM SMART ENERGY SYSTEMS are pleased to announce the official launch of Joint Call 2021, "ACCELERATING THE HEATING AND COOLING TRANSITION" that starting 31 May2021.
26.3.2021 : IMPROVING THE ENERGY EFFICIENCY OF GEOTHERMAL ENERGY UTILISATION BY ADJUSTING THE USER CHARACTERISTICS In October 2020, a project entitled ‘Improving the energy efficiency of geothermal energy utilisation by adjusting the user characteristics’ has started. It is funded by Iceland, Lichtenstein and Norway through the EEA and Norway Grants Fund for Regional Cooperation.More news
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