Integration of Biogas Systems into the Energy System
IEA Bioenergy Webinar
Biogas is a versatile energy carrier which can be used to produce electricity, heat and after upgrading serve all functions of natural gas, including transport. Biogas systems are highly scalable in their energy output according to the demand from the particular energy sector. The flexibility of biogas systems can facilitate electricity production at a dynamic schedule to match an electricity demand profile, while facilitating voltage and grid stability. As a decentralised component of the overall energy system biogas systems can function as an infrastructure hub for local energy consumers in rural areas. Biogas can play an essential role (together with PV and wind) as part of a virtual power plant in local distribution energy grids. Biogas systems can operate as a biological battery in coupling the electricity and gas grids using surplus electricity to produce hydrogen to react with biogenic CO2 in biogas producing biomethane and increasing the output of biomethane (typically by 70%). Innovation and ingenuity will be required of biogas operators in future energy systems. IEA Bioenergy Task 37 recently published a new report highlighting how to match biogas supply and demand for energy as electricity, heat or transport biofuel across the larger future energy system. This webinar presented the main conclusions.
Видео Integration of Biogas Systems into the Energy System канала IEA Bioenergy
Biogas is a versatile energy carrier which can be used to produce electricity, heat and after upgrading serve all functions of natural gas, including transport. Biogas systems are highly scalable in their energy output according to the demand from the particular energy sector. The flexibility of biogas systems can facilitate electricity production at a dynamic schedule to match an electricity demand profile, while facilitating voltage and grid stability. As a decentralised component of the overall energy system biogas systems can function as an infrastructure hub for local energy consumers in rural areas. Biogas can play an essential role (together with PV and wind) as part of a virtual power plant in local distribution energy grids. Biogas systems can operate as a biological battery in coupling the electricity and gas grids using surplus electricity to produce hydrogen to react with biogenic CO2 in biogas producing biomethane and increasing the output of biomethane (typically by 70%). Innovation and ingenuity will be required of biogas operators in future energy systems. IEA Bioenergy Task 37 recently published a new report highlighting how to match biogas supply and demand for energy as electricity, heat or transport biofuel across the larger future energy system. This webinar presented the main conclusions.
Видео Integration of Biogas Systems into the Energy System канала IEA Bioenergy
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
The Hotspots of the Global Wood Pellet Industry and Trade 2017IEA Bioenergy WS28 - 5 Panel discussion Liquid BiofuelsBioenergy: is it good for the climateBiobased chemicals – a 2020 status updateFlexible Bioenergy in Renewable Energy SystemsBioenergy’s contribution to low-carbon energy systemsGert-Jan Nabuurs (Wageningen UR): Climate smart forestry and ways to avoid the "lose lose options"IEA Bioenergy webinar: Treating & valorizing the aqueous phase from hydrothermal liquefaction (HTL)GoBiGas Industrial Relevant StateoftheArt Reference for Advanced Biofuel Production via GasificationIntegrated Bioenergy Hybrids – Flexible Renewable Energy SolutionsIEA Bioenergy Task 36 - Regional Sustainability Workshop Series: North AmericaTechnical, Economic and Environmental Assessment of BiorefineriesGreen GasWS30 Session 1: The role of bioenergy in energy transition strategiesWS30 Session 4: Promising developments in bioenergy conceptsMethods for measurement, results and effect on greenhouse gas balance of electricity producedEmerging biofuels markets and the importance of LCA and certificationResilient Biomass Supply Chains in the Post-COVID RecoveryTechnology Status and Commercialisation Applications 4 Torrefied Biomass Role in Logistics and TradeBiomass in chemical/process industries - Part 3Biomass for medium and high temperature heat in industry - Intro & Part 1