The document summarizes a technical meeting about five pilot implementations for the SAVE ENERGY project. It describes pilots taking place in public schools in Helsinki, municipality offices in Leiden and Lisbon, and a House of Culture in Luleå and a town hall in Manchester. For each pilot, it lists the user groups involved and provides some high-level details about the applications and timeline. It then focuses on providing more specifics for the Helsinki pilot, including the project group, plans to evaluate energy usage at two schools, and a proposed schedule.
A short and sweet guide to making your business more energy efficient by making changes to your lighting. Created by the Camden Climate Change Alliance and aimed at businesses based in the London Borough of Camden, UK. For more information please visit www.camdencca.org
Energy efficiency in existing buildingsGabriele Sorg
Ecofective is a fast-growing Swedish-German company that delivers a proven and robust IT-based solution for managing and optimizing the energy balance in properties.
The document discusses the diversity of land-use change trajectories and implications for REDD+. It finds that similar underlying drivers can lead to very different local land-use outcomes. Land-use patterns have diverged across Southeast Asia in recent decades, with some areas experiencing rapid deforestation while others saw forest degradation or the development of cash crops. Land-use regimes are also non-linear and can experience rapid shifts, making future projections challenging for developing forest reference levels under REDD+. Anticipating these regime shifts and windows of opportunity will be important for REDD+ to guide desirable land use changes.
This document summarizes a project meeting about a pilot program to save energy at the Leiden City Hall building in the Netherlands. The centuries-old monumental building currently uses a large amount of electricity and gas for its operations despite previous energy efficiency upgrades. The pilot will equip 5 rooms with sensors to monitor energy usage and expose occupants to screens displaying usage, a web portal, and a serious game in an effort to influence energy consumption behaviors while making no physical changes. The next steps are to implement the sensor plan, train employees, analyze the collected data, and address open challenges around motivating users to consume less energy.
This document discusses measuring and governing changes in forest carbon stocks in complex landscapes. It presents an overview of the I-REDD+ project which aims to study how dependent REDD+ is on community participation in monitoring. The project is studying sites in Vietnam, China, Laos and Indonesia to evaluate the accuracy, costs and reliability of local community carbon measurement. It finds that remote sensing is limited for complex landscapes, and participatory monitoring can provide accurate and cost-effective validation while also strengthening REDD+ governance. The document concludes that participatory monitoring should be integrated into national monitoring, reporting and verification systems to help achieve REDD+ objectives.
1. The document discusses issues related to REDD+ including scope and definitions, rights and legality, interlinkages and leakage, treatment of peatlands, and fairness and efficiency.
2. Key issues discussed are resolving ambiguities in forest definitions, addressing legal vacuums related to land rights, integrating REDD+ within broader land use frameworks, and ensuring fairness across scales from local to global.
3. The author argues these issues can be addressed by nesting REDD+ within a broader land-based mitigation framework in Indonesia's national plans that considers diverse land uses and stakeholders.
1. The document discusses issues related to linking global climate arrangements to local land-use behavior through REDD+ programs. It notes that public attention to climate change may be declining as solutions seem too complex or expensive.
2. Modeling shows REDD+ can benefit landowners but raise opportunity costs for local subsistence needs. While it avoids emissions, rent and wage changes may create net costs for most stakeholders.
3. The document argues REDD+ should support agricultural intensification and reduce food waste to relieve pressure on forests, while considering equity, effectiveness and local flexibility in program design.
Clean Air NY is a network that encourages individuals and organizations to take small actions to improve air quality. Some suggested actions include using public transportation, carpooling, biking or walking instead of driving. Being a Clean Air NY Champion means an employer goes above and beyond to promote these actions. Champions receive recognition and help improve community health and quality of life while gaining business benefits like reduced stress and improved recruitment. Employers are encouraged to join the network by contacting Clean Air NY.
A short and sweet guide to making your business more energy efficient by making changes to your lighting. Created by the Camden Climate Change Alliance and aimed at businesses based in the London Borough of Camden, UK. For more information please visit www.camdencca.org
Energy efficiency in existing buildingsGabriele Sorg
Ecofective is a fast-growing Swedish-German company that delivers a proven and robust IT-based solution for managing and optimizing the energy balance in properties.
The document discusses the diversity of land-use change trajectories and implications for REDD+. It finds that similar underlying drivers can lead to very different local land-use outcomes. Land-use patterns have diverged across Southeast Asia in recent decades, with some areas experiencing rapid deforestation while others saw forest degradation or the development of cash crops. Land-use regimes are also non-linear and can experience rapid shifts, making future projections challenging for developing forest reference levels under REDD+. Anticipating these regime shifts and windows of opportunity will be important for REDD+ to guide desirable land use changes.
This document summarizes a project meeting about a pilot program to save energy at the Leiden City Hall building in the Netherlands. The centuries-old monumental building currently uses a large amount of electricity and gas for its operations despite previous energy efficiency upgrades. The pilot will equip 5 rooms with sensors to monitor energy usage and expose occupants to screens displaying usage, a web portal, and a serious game in an effort to influence energy consumption behaviors while making no physical changes. The next steps are to implement the sensor plan, train employees, analyze the collected data, and address open challenges around motivating users to consume less energy.
This document discusses measuring and governing changes in forest carbon stocks in complex landscapes. It presents an overview of the I-REDD+ project which aims to study how dependent REDD+ is on community participation in monitoring. The project is studying sites in Vietnam, China, Laos and Indonesia to evaluate the accuracy, costs and reliability of local community carbon measurement. It finds that remote sensing is limited for complex landscapes, and participatory monitoring can provide accurate and cost-effective validation while also strengthening REDD+ governance. The document concludes that participatory monitoring should be integrated into national monitoring, reporting and verification systems to help achieve REDD+ objectives.
1. The document discusses issues related to REDD+ including scope and definitions, rights and legality, interlinkages and leakage, treatment of peatlands, and fairness and efficiency.
2. Key issues discussed are resolving ambiguities in forest definitions, addressing legal vacuums related to land rights, integrating REDD+ within broader land use frameworks, and ensuring fairness across scales from local to global.
3. The author argues these issues can be addressed by nesting REDD+ within a broader land-based mitigation framework in Indonesia's national plans that considers diverse land uses and stakeholders.
1. The document discusses issues related to linking global climate arrangements to local land-use behavior through REDD+ programs. It notes that public attention to climate change may be declining as solutions seem too complex or expensive.
2. Modeling shows REDD+ can benefit landowners but raise opportunity costs for local subsistence needs. While it avoids emissions, rent and wage changes may create net costs for most stakeholders.
3. The document argues REDD+ should support agricultural intensification and reduce food waste to relieve pressure on forests, while considering equity, effectiveness and local flexibility in program design.
Clean Air NY is a network that encourages individuals and organizations to take small actions to improve air quality. Some suggested actions include using public transportation, carpooling, biking or walking instead of driving. Being a Clean Air NY Champion means an employer goes above and beyond to promote these actions. Champions receive recognition and help improve community health and quality of life while gaining business benefits like reduced stress and improved recruitment. Employers are encouraged to join the network by contacting Clean Air NY.
The SAVE ENERGY project aims to save energy in public buildings through behavior changes, intelligent management systems, and energy efficiency technologies. The Helsinki pilot focuses on two schools: Ala-Malmi Comprehensive School and Pihkapuisto Primary School. Real-time energy usage data will be collected and displayed to encourage behavior changes among teachers, students, and staff. The goal is to save 20% through behavior and 5% through management systems. Lessons learned from the pilot could be applied to the 1200 public buildings owned by the city of Helsinki.
This document summarizes the agenda and discussions from a project meeting in Luleå, Sweden from June 29-30, 2009. It discusses the progress and plans of several working groups focused on energy saving pilots, platform architecture, and a serious game. The meeting aimed to align the pilot projects, discuss technical platform integration, and plan activities for the next 6 months, including developing best practices and increasing collaboration between partners and users.
The document discusses energy efficiency and sustainability initiatives involving living labs. It describes the SAVE ENERGY living lab network project, which aims to reduce energy consumption through smart ICT technologies, serious games, and influencing consumer behavior. It outlines the methodology used by several European living labs involved in pilots to test energy monitoring and reduction solutions. The document also discusses plans for large commercial pilots, future research initiatives, the ENoLL energy domain, and potential for collaboration between European and Brazilian living labs on energy efficiency.
Han Brezet_Introduction To Sustainable Pss & ToolsCarlo Vezzoli
The document discusses sustainable product-service systems (PSS) and tools for their design and development. It introduces PSS as a system that provides customer satisfaction through a combination of products and services while reducing environmental impact compared to traditional business models. Examples of existing PSS like bike sharing and electric vehicle charging networks are provided to illustrate how customer needs can be met through integrated products and services rather than product sales alone.
The document summarizes EcoCampus @ NTU, an initiative launched in 2014 to make the Nanyang Technological University campus more sustainable. Some key points:
- EcoCampus aims to reduce campus energy, water and waste intensity by 35% through demonstration projects, research, and industry collaboration.
- It serves as a living laboratory to test innovative green technologies like solar panels, passive ventilation, and chilled ceilings.
- Initial results show reductions in energy and water consumption intensity across campus. Waste recycling has also increased.
- EcoCampus involves students through courses, research, and engagement activities to promote sustainability.
The product, functional unit and reference flowRas Clarkson
This document provides guidance on defining the scope of a life cycle assessment (LCA), including determining the relevant product functions, defining the functional unit, and establishing reference flows. It presents a five-step procedure for conducting these analyses: 1) describing the product properties, 2) identifying the relevant market segment, 3) determining comparable product alternatives, 4) defining the quantified functional unit, and 5) establishing the reference flows for each system. The goals are to define the object of study, provide a reference unit for comparisons, and enable equivalence between alternative product systems. The guidance aims to minimize subjectivity and reflect real market conditions in properly establishing the scope of an LCA.
The Nordic Renovation Center project aims to establish a network of experts on sustainable renovations across the Nordic countries through organizing stakeholder meetings, researching target groups' needs, documenting renovation cases and methods, and developing an online learning platform to share best practices and tools. The project seeks to enhance the competitiveness of renovation companies, contribute to Europe 2020 strategies, and increase the rate of energy efficient renovations in the region.
The document summarizes an energy living lab at the University of Otago that brings together academics, facilities staff, and students to conduct applied energy research using university infrastructure. It describes several projects including optimizing the orientation of solar panels, analyzing converting the district heating plant from coal to biomass, and examining opportunities for expanding the district heating network. The living lab provides benefits like access to real data and cross-disciplinary collaboration but also faces challenges in coordinating between traditional university divisions.
EAUC 2014 presentation on energy visualisationKarl Letten
A copy of presentation given at the Environmental Association of Universities & College (EAUC) 2014 conference. It was presented with Richard Bull from De Montfort University and Neil Jennings from NUS. The presentation captured some of our work on presenting energy data in a way that is simple, fun and engaging to building users
Our presentation from the EAUC 2014 conference on the impact of energy dashboards - using examples from DMU's JISC funded projects, EU Smartspaces and the NUS's student switch off campaign - we present lessons learnt from energy visualisation in the University sector.
Presentation on the Energy Efficiency in schools: a learning oportunity workshop held in Coimbra on the 17 of June 2010. This presentation is about the work done by the Metropolia University of Helsinky on energy efficiency in schools.
Presentation of Natural Energy Efficiency and Sustainability Project (NEES) 2010-2014 and summary of proposal for follow-on NEES 2 Project. The project will demonstrate how life-cycle low-carbon, low-energy construction and retrofitting can be achieved using renewable and recycled materials. The project is led by Cork Centre for Architectural Education in Irleand.
Presentation by integrated sustainable energy company, that builts on 3 major offerings:
-Renewable Energy Project Development in PV Solar
-Sustainable Energy Consulting
-Energy Technology Development
Finnish organizations are conducting a feasibility study to demonstrate improved indoor air quality (IAQ) technologies in Beijing schools. The study aims to identify market potential and appropriate business models for Finnish IAQ companies. A "Dream Team" of Finnish technology providers will work with GreenStream Network, who has experience implementing energy efficiency projects in China using an energy management company model. The feasibility study will involve visiting schools to assess IAQ issues and determine which Finnish solutions could be piloted to develop a showcase project and references for companies. The goal is to combine Finnish IAQ and educational expertise to develop a comprehensive offering for China.
Towards a systems approach in Ecodesign and Energy Labelling: How to make the...Leonardo ENERGY
This document discusses moving towards a systems approach in ecodesign and energy labelling regulations. It provides an overview of some challenges in regulating systems compared to individual products, including assessing system efficiency, identifying responsible parties, and challenges for market surveillance authorities. Examples of studies on specific systems like heating/water heating packages, lighting systems, and pumps are mentioned. Views from the EU Commission emphasize that ecodesign regulations currently apply to individual goods placed on the market, but can also cover systems if they are put together on location. Moving towards more systems approaches could increase energy savings but also introduces complexity around testing, compliance, and enforcement.
SEM Group 3 Michelle, Daniel, Kueifu, Cindy, Janise, Melissa NBS
This document discusses alternatives for reducing the carbon footprint of Nanyang Technological University (NTU) in Singapore. It analyzes moving classes online, offsetting emissions through carbon credits, expanding the use of motion sensors, and rewarding departments for reducing emissions. The alternative of expanding motion sensors is recommended as it is accurate, reduces long-term emissions and costs, and is easily implemented, though initial costs are high. Stakeholders like the government and NTU would benefit from the emissions reductions and cost savings over time.
Presented by Wolfgang Irrek, Research group "Energy Transport and Climate Policy" Wuppertal Institute for Climate, Environment and Energy, Germany at the IEA DSM Programme workshop in Copenhagen, Denmark on 19 April 2006.
This document summarizes a presentation about the NEPTUNE 2012 project in Helsinki, Finland. The project brought together students from different European universities to design a sustainable living environment in Helsinki that meets residents' needs while minimizing environmental impact. Students worked in international, multidisciplinary groups for 9 days, visiting the project site and other locations. Their task was to take a holistic view and consider aspects like energy, water, waste, and resident well-being. The winning group designed a concept called "Recolonizing Earth - Intending to Stay" that aimed to make the community self-sufficient with a small environmental footprint.
The document describes a project called Green Awareness in Action (GAIA) that aims to raise awareness about energy efficiency in European schools. It uses an educational IoT lab kit and gamification to teach students and educators about energy consumption monitoring and behavioral changes to reduce energy use. Sensors are installed in 15 schools across 3 countries to collect energy and environmental data. Students access this data through digital apps and can earn points in an online game for completing activities that analyze consumption and test behavioral changes to improve efficiency. The goal is to educate youth on sustainable habits and empower them to influence energy decisions in their families and communities.
The SAVE ENERGY project aims to save energy in public buildings through behavior changes, intelligent management systems, and energy efficiency technologies. The Helsinki pilot focuses on two schools: Ala-Malmi Comprehensive School and Pihkapuisto Primary School. Real-time energy usage data will be collected and displayed to encourage behavior changes among teachers, students, and staff. The goal is to save 20% through behavior and 5% through management systems. Lessons learned from the pilot could be applied to the 1200 public buildings owned by the city of Helsinki.
This document summarizes the agenda and discussions from a project meeting in Luleå, Sweden from June 29-30, 2009. It discusses the progress and plans of several working groups focused on energy saving pilots, platform architecture, and a serious game. The meeting aimed to align the pilot projects, discuss technical platform integration, and plan activities for the next 6 months, including developing best practices and increasing collaboration between partners and users.
The document discusses energy efficiency and sustainability initiatives involving living labs. It describes the SAVE ENERGY living lab network project, which aims to reduce energy consumption through smart ICT technologies, serious games, and influencing consumer behavior. It outlines the methodology used by several European living labs involved in pilots to test energy monitoring and reduction solutions. The document also discusses plans for large commercial pilots, future research initiatives, the ENoLL energy domain, and potential for collaboration between European and Brazilian living labs on energy efficiency.
Han Brezet_Introduction To Sustainable Pss & ToolsCarlo Vezzoli
The document discusses sustainable product-service systems (PSS) and tools for their design and development. It introduces PSS as a system that provides customer satisfaction through a combination of products and services while reducing environmental impact compared to traditional business models. Examples of existing PSS like bike sharing and electric vehicle charging networks are provided to illustrate how customer needs can be met through integrated products and services rather than product sales alone.
The document summarizes EcoCampus @ NTU, an initiative launched in 2014 to make the Nanyang Technological University campus more sustainable. Some key points:
- EcoCampus aims to reduce campus energy, water and waste intensity by 35% through demonstration projects, research, and industry collaboration.
- It serves as a living laboratory to test innovative green technologies like solar panels, passive ventilation, and chilled ceilings.
- Initial results show reductions in energy and water consumption intensity across campus. Waste recycling has also increased.
- EcoCampus involves students through courses, research, and engagement activities to promote sustainability.
The product, functional unit and reference flowRas Clarkson
This document provides guidance on defining the scope of a life cycle assessment (LCA), including determining the relevant product functions, defining the functional unit, and establishing reference flows. It presents a five-step procedure for conducting these analyses: 1) describing the product properties, 2) identifying the relevant market segment, 3) determining comparable product alternatives, 4) defining the quantified functional unit, and 5) establishing the reference flows for each system. The goals are to define the object of study, provide a reference unit for comparisons, and enable equivalence between alternative product systems. The guidance aims to minimize subjectivity and reflect real market conditions in properly establishing the scope of an LCA.
The Nordic Renovation Center project aims to establish a network of experts on sustainable renovations across the Nordic countries through organizing stakeholder meetings, researching target groups' needs, documenting renovation cases and methods, and developing an online learning platform to share best practices and tools. The project seeks to enhance the competitiveness of renovation companies, contribute to Europe 2020 strategies, and increase the rate of energy efficient renovations in the region.
The document summarizes an energy living lab at the University of Otago that brings together academics, facilities staff, and students to conduct applied energy research using university infrastructure. It describes several projects including optimizing the orientation of solar panels, analyzing converting the district heating plant from coal to biomass, and examining opportunities for expanding the district heating network. The living lab provides benefits like access to real data and cross-disciplinary collaboration but also faces challenges in coordinating between traditional university divisions.
EAUC 2014 presentation on energy visualisationKarl Letten
A copy of presentation given at the Environmental Association of Universities & College (EAUC) 2014 conference. It was presented with Richard Bull from De Montfort University and Neil Jennings from NUS. The presentation captured some of our work on presenting energy data in a way that is simple, fun and engaging to building users
Our presentation from the EAUC 2014 conference on the impact of energy dashboards - using examples from DMU's JISC funded projects, EU Smartspaces and the NUS's student switch off campaign - we present lessons learnt from energy visualisation in the University sector.
Presentation on the Energy Efficiency in schools: a learning oportunity workshop held in Coimbra on the 17 of June 2010. This presentation is about the work done by the Metropolia University of Helsinky on energy efficiency in schools.
Presentation of Natural Energy Efficiency and Sustainability Project (NEES) 2010-2014 and summary of proposal for follow-on NEES 2 Project. The project will demonstrate how life-cycle low-carbon, low-energy construction and retrofitting can be achieved using renewable and recycled materials. The project is led by Cork Centre for Architectural Education in Irleand.
Presentation by integrated sustainable energy company, that builts on 3 major offerings:
-Renewable Energy Project Development in PV Solar
-Sustainable Energy Consulting
-Energy Technology Development
Finnish organizations are conducting a feasibility study to demonstrate improved indoor air quality (IAQ) technologies in Beijing schools. The study aims to identify market potential and appropriate business models for Finnish IAQ companies. A "Dream Team" of Finnish technology providers will work with GreenStream Network, who has experience implementing energy efficiency projects in China using an energy management company model. The feasibility study will involve visiting schools to assess IAQ issues and determine which Finnish solutions could be piloted to develop a showcase project and references for companies. The goal is to combine Finnish IAQ and educational expertise to develop a comprehensive offering for China.
Towards a systems approach in Ecodesign and Energy Labelling: How to make the...Leonardo ENERGY
This document discusses moving towards a systems approach in ecodesign and energy labelling regulations. It provides an overview of some challenges in regulating systems compared to individual products, including assessing system efficiency, identifying responsible parties, and challenges for market surveillance authorities. Examples of studies on specific systems like heating/water heating packages, lighting systems, and pumps are mentioned. Views from the EU Commission emphasize that ecodesign regulations currently apply to individual goods placed on the market, but can also cover systems if they are put together on location. Moving towards more systems approaches could increase energy savings but also introduces complexity around testing, compliance, and enforcement.
SEM Group 3 Michelle, Daniel, Kueifu, Cindy, Janise, Melissa NBS
This document discusses alternatives for reducing the carbon footprint of Nanyang Technological University (NTU) in Singapore. It analyzes moving classes online, offsetting emissions through carbon credits, expanding the use of motion sensors, and rewarding departments for reducing emissions. The alternative of expanding motion sensors is recommended as it is accurate, reduces long-term emissions and costs, and is easily implemented, though initial costs are high. Stakeholders like the government and NTU would benefit from the emissions reductions and cost savings over time.
Presented by Wolfgang Irrek, Research group "Energy Transport and Climate Policy" Wuppertal Institute for Climate, Environment and Energy, Germany at the IEA DSM Programme workshop in Copenhagen, Denmark on 19 April 2006.
This document summarizes a presentation about the NEPTUNE 2012 project in Helsinki, Finland. The project brought together students from different European universities to design a sustainable living environment in Helsinki that meets residents' needs while minimizing environmental impact. Students worked in international, multidisciplinary groups for 9 days, visiting the project site and other locations. Their task was to take a holistic view and consider aspects like energy, water, waste, and resident well-being. The winning group designed a concept called "Recolonizing Earth - Intending to Stay" that aimed to make the community self-sufficient with a small environmental footprint.
The document describes a project called Green Awareness in Action (GAIA) that aims to raise awareness about energy efficiency in European schools. It uses an educational IoT lab kit and gamification to teach students and educators about energy consumption monitoring and behavioral changes to reduce energy use. Sensors are installed in 15 schools across 3 countries to collect energy and environmental data. Students access this data through digital apps and can earn points in an online game for completing activities that analyze consumption and test behavioral changes to improve efficiency. The goal is to educate youth on sustainable habits and empower them to influence energy decisions in their families and communities.
3. WP 6; Pilot Description Helsinki Public Schools: Pihkapuisto and Ala-Malmi Leiden Municipality Offices Lisbon Municipality Offices Luleå House of Culture Manchester Multipurpose Town Hall
4.
5. to facilitate and stimulate the co-creation of the pilot design and planning, adopting and creating good practices (WP6)
6. to test and evaluate the five different implementations (WP7)
22. Save EnergyHelsinki Pilot Design Teachers & Pupils & Service & Administration Technical Specialists From the City of Helsinki Basic Description In Save Energy Project Plan How to develop the new Pilot application at Pihkapuisto School together with the users ? Succeeded Pilot Defination Project Requirements ISA definations Save Energy Helsinki Project Group
61. Pihkapuisto: Control of the HVAC at Gym Server in Portugal Nokia phone There router ISA router ISA display New wireless measurements by ISA and/or There Manual contol HVAC at Pihkapuisto GYM Programmable logic HVAC Frequency controller AC- machine Present measurements Display units Present (old) Building automation system LON
82. How to measure these changes?we need to know what to measure what are the indicators (Task 1.2 Save Energy Concept, Task 3.3 Performace indicators…?) How to measure the pilot buildings’ energy performance Energy audits (Task 2.3 Energy audit methodologies and procedures) The measure of the user behaviour How to measure this?
83. Energy indicators General indicators: Heat consumption kWh/rm3 Electricity consumption kWh/rm3 Water consumption m3/rm3 Water consumption l/m2 Primary energy consumption kWh/m2 CO2 consumption kg/m2 Water consumption l/m2 Carbon footprint kg CO2 Taylormade indicators for each pilot ? Kitchen energy and water consumption kWh/portion, l/portion Energy consumption of lighting kWh/m2, kWh/user Heat consumption in gym etc. kWh/m3, kWh/person
84.
85. The result of an energy audit is energy audit report,
89. Energy certificate (EPB-directive) gives the observations about the energy consumption and the saving potential and how they affect the energy efficiency factor of the building
90. In energy certificate the energy consumed so called “estate electricity” is included (HVAC systems, lighting), but the total electricity consumption of the building, meaning for example also the other electrical devises inside the building (like office equipment, TVs etc.) is not included.
91.
92.
93. With energy audits the most important and profitable actions to save energy can be recognized
94. Whole building energy data could provide good comparison level and indicate the consumption trend of the whole building and the changes achieved in the pilot areas.
95. How to recognize the actions where user behaviour have the most impact on? Should this be included into the auditing process?
96. Opening and closing the doors and windows, water consumption, switching off the lights etc.