The European Green Building Programme 2010 Evaluation

The report analyses the results of the GreenBuilding Programme in year 2010. It calculates the overall eenrgy savings, the average savings the buildings and per building typologies. It also analyses the technologies adopted in the projects implemented by the Partners.JRC.F.7-Renewable Energ

TRENDS IN ENERGY CONSUMPTION AND ENERGY EFFCIENCY 2000 - 2012

This report aims at showing the present status of energy consumption in EU-28, in the four main energy consuming sectors : Residential, tertiary, transport and industry. During the last years, there have been efforts by the European Union to cut down on energy consumption and improve energy efficiency. From 2000-2012, there have been various initiatives that aim at reducing final energy consumption. Therefore the report demonstrates the energy consumption progress from 2000-2012 in the four sectors. Besides the final energy consumption, electricity and gas consumption are analysed, as they are the most important alternatives to oil. The report consists of five chapters. The first chapter compares data for gross and final energy consumption. This comparison gives insights about energy consumption/losses that take place before the delivery of energy for the final end use. Chapter 2 analyses the final energy consumption in the residential sector. A special focus is given in this sector, because many policies have been implemented here. The analysis includes consumption drivers such as economic growth, population, heating demand, household characteristics and energy prices. Chapter 3 focuses on the tertiary sector and gives an overview of the energy consumption changes. Chapter 4 analyses the transport sector with a focus on the road sector. Last, chapter 5 gives an overview of the main changes in the industry sector in the energy consumption and production output.JRC.F.7-Renewables and Energy Efficienc

The 2013 European GreenLight Programme Evaluation

The GreenLight Programme is a voluntary pollution prevention initiative encouraging non-residential electricity consumers (public and private), referred to as Partners, to commit towards the European Commission to install energy-efficient lighting technologiesin their facilities. GreenLight was launched on 7 February 2000. The objective of the GreenLight programme is to reduce the energy consumption from indoor and outdoor lighting throughout Europe, thus reducing polluting emissions and limiting the global warming. The objective is also to improve the quality of visual conditions while saving money.This report analyses the results of the GreenLight programme during year 2013. It calculates total annual energy savings, the type of projects implemented in terms of technologies, buildings, companies and pay back time. By the end of 2013, 767 Partners from across the European Union, plus Norway and Switzerland, participated in GreenLight. For 2013, 36 new Partners joined the programme. This report assesses the achievements of the scheme in the year 2013.JRC.F.7-Renewables and Energy Efficienc

2014 Update on the Status of LED market

Light-emitting diodes (LEDs), a type of solid-state lighting (SSL), are revolutionizing the lighting market. In just the last few years, LED performance has accelerated quickly and a wave of new commercial, industrial and institutional LED fixtures has been introduced. LED technology is fulfilling its promise of offering the market the most efficient means of converting electrons into photons.. The present report contains information on the latest technological developments concerning LED lighting. The report covers also in details the latest development in the LED markets in Europe and other key countries.JRC.F.7-Renewables and Energy Efficienc

The European GreenLightProgramme: 2011: Evaluation

This report analyses the results of the GreenLight programme during year 2011. It calculated to total annual energy savings, the type of projects implemented in terms of technologies, buildings, comapnies and pya back times.JRC.F.7-Renewable Energ

Evaluation of Motivation and Barriers in the European GreenBuilding, GreenLight and Motor Challenge Programmes

With the GreenBuilding, GreenLight and Motor Challenge Programmes the European Commission operates voluntarily commitment schemes with the aim to increase energy efficiency in non-residential buildings, nonresidential lighting and motors used in industrial processes. By the end of 2011 the total of more than 1,000 Partners were registered. Every year the achievements of the respective Programmes are analysed in detail and published within Evaluation Reports. These Reports primarily focus on quantitative and technological analysis. In order to establish motivations and barriers, attitudes towards benefits and achievements, qualitative analysis based on questionnaires are also carried out regularly. Within the year 2011, an online survey was carried out for the GreenBuilding and GreenLight Programmes and presented within this Report. If possible the findings were compared to those findings established in the previous Surveys. Although the respective questionnaires in the various schemes are not harmonised, an effort was made to establish similarities and common tendencies amongst the key findings. In addition, the findings of the last qualitative Survey carried out amongst Motor Challenge Partners in 2009 were also included.JRC.F.7-Renewable Energ

Design of database and econometric model to assess the energy savings in residential and tertiary gas and electricity consumption

For the policy makers at national level it is important to know how effective energy policies and measures are, and in particular how much energy has been saved. This is especially important for the European Union Member States which have to contribute towards the EU 2020 energy saving target of 20%. Alongside the evaluation of the energy savings, it is also necessary to collect as much information and knowledge as possible about energy consumption trends and factors influencing energy consumption. To this end it is crucial that a monitoring and evaluation method is giving good and reliable results on the one hand and is relatively easy and straightforward to use in practice on the other hand. In the report a new methodology to quantifying the energy savings produced by energy efficiency measures and policies is described. The model input data includes energy consumption, climatic data, demographic data, and finally data on the diffusion of energy efficiency technologies.JRC.F.7-Renewable Energ

The European GreenBuilding Programme - 2011 - Evaluation

The present report summarizes the result of the GreenBuilding Programme achieved in 2011, in terms of main energy efficiency measures in the buildings and related energy savings. Until December 2011, total 362 Partners have joined it with 586 Partner Buildings. The total savings achieved by the Partners are 506 GWh/year. Nearly 74 GWh/year has been saved in 2011. In 2011 80 new Partners joined the Green Building programme with 117 buildings. The average percentage of savings, for this period, amount to 42%, which is well above the GreenBuilding Programme requirements (25%).JRC.F.7-Renewable Energ

Successful Examples of Efficient Lighting

The report gives an overview of the results achieved by the European GreenLight Programme, a voluntary programme to improve energy efficiency in non-residential buildings and street lighting, which has operated for 5 years. The report will summarise the results of the projects undertaken by Partners.JRC.H.8-Renewable energie

2014 Status Report on Organic Light Emitting Diodes (OLED)

Organic light emitting diodes (OLED) are promising candidates for general illumination, since they offer the possibility to realize large area light sources which can even be transparent and flexible. The energy-saving potential of OLEDs is similar to that of LEDs, but the two technologies differ in a number of ways. The present report introduces the basics of the OLED technologies and its latest developments. It also describe the emerging markets, industry landscape and standardisation requirementsJRC.F.7-Renewables and Energy Efficienc