Video from 1.10.2021; Duration: 10:17 min.
With the so-called Small Series Directive, the Federal Environment Ministry is launching a new funding programme within the framework of the National Climate Initiative. Funding is provided for products and processes for climate protection that are already ready for the market but have not yet made the breakthrough. The directive comes into force on 1 March 2018.
Innovative products and processes often find it difficult to quickly establish themselves on the market and make the leap into regular series production. This is where the Federal Ministry for the Environment wants to help in future with investment grants within the framework of the small series funding guideline.
Five different technologies are the subject of the funding, which were selected within the framework of an ideas competition and its evaluation by a panel of experts. Eligible for funding in the future are
Companies as well as municipalities and other organisations can benefit from the funding. Private individuals can also apply for funding for heat recovery systems from domestic hot water.
The Federal Office of Economics and Export Control (BAFA) will accept applications for funding under the directive from 1 March 2018. Applications can only be submitted online.
Further information:
www.klimaschutz.de/kleinserien-richtlinie
The leaflet on the new funding guideline for small series as PDF:
www.bafa.de/...kleinserien_klimaschutzprodukte_node.html
Keywords:
Bike-/Velo-City, DE-News, Funding, Climate protection, Mobility, Sustainable management, Resource efficiency, Environmental policy, Urban production, eMobility
They are highly efficient, low-emission and quiet: New fuel cell heating units generate heat and electrical energy as mini CHP units with over 90 percent efficiency. They have been tested extensively in detached and semi-detached houses, and their function and design have been improved step by step. The first units are regularly on the market. They can be operated with natural gas as well as with hydrogen and methane produced from renewable energies or biomass. Fuel cells can generate electricity decentrally and on demand and can be used either to relieve the load on the grid or independently of the grid.
Continue on: www.bine.info/...brennstoffzelle...
(the ESD info service was discontinued at the end of 2020)
Even before the UN Summit on Sustainable Development, it is clear that the implementation of the 2030 Agenda is making slow progress. The global community now needs action instead of words to achieve the Sustainable Development Goals.
The international report on the status of SDG implementation shows that there are major gaps in implementation worldwide. The number of hungry people is increasing again worldwide. Social inequality continues to rise. The climate crisis and species extinction are advancing.
It is particularly dramatic that Germany is not a pioneer. In sustainability policy, the German government permanently acts according to the motto "too little, too late". Germany has a double responsibility: firstly, as an industrialised country, to demonstrate that it is taking the implementation of the Agenda seriously as a pioneer. And secondly, to contribute more than it has so far to financing the 2030 Agenda at the international level.
There is no coherent national legislation aligned with the SDGs. Still not all departments have prepared SDG action plans or provided additional funding. The climate cabinet's proposals are far from sufficient to achieve the climate sustainability goal and the Paris Climate Agreement. Biodiversity is declining, nitrate pollution for groundwater is not decreasing, environmentally harmful subsidies amounting to over 40 billion euros annually are not being eliminated.
We demand binding targets for SDG implementation for all ministries and ambitious measures where there are particularly large deficits in achieving the Sustainable Development Goals. In addition, the German government must develop more ambitious indicators to meet the requirements of the SDGs. There is also a need for a sustainability TÜV for new laws.
At the international level, sustainability summits need to be organised in a more goal-oriented and inclusive way. It is incomprehensible that the private sector is invited to the SDG Business Summit at the United Nations, while there is no comparable forum for civil society. This is a fatal sign at a time when civil society actors worldwide are increasingly suffering from restrictions. This approach runs counter to the "Leave no one behind" guiding principle of the 2030 Agenda.
Source: Press release of 24.9.2019 by Buendnis 90/The Greens in the Bundestag Uwe Kekeritz, Spokesperson for Development Policy, and Bettina Hoffmann, Spokesperson for Environmental Policy
Keywords:
Greening / climate adaptation, Soil & land consumption, DE-News, Renewable, Climate protection, Sustainable management, News Blog Europe (without DE), SDG 2030, Social / Culture, Transition Town, UN (United Nations), Environmental policy, Economics
At a hydroelectric power plant operated by the energy company Energiedienst in Grenzach-Wylen, the production of green hydrogen has been running successfully for four months. The project produces 500 kilograms of hydrogen per day.
Hydrogen from hydropower: successful start for one of the largest power-to-gas plants in Germany to date. This is reported by the Centre for Solar Energy and Hydrogen Research Baden-Württemberg (ZSW). The megawatt plant has been in operation for four months in April 2020 and is functioning reliably. A research electrolyser connected to it is also running successfully. The ZSW is coordinating the project. The operator of the commercial plant is the energy supplier Energiedienst AG.
The power-to-gas plant with an electrical connected load of one megawatt produces renewable hydrogen using electricity from the Rhine hydroelectric power plant in Wyhlen. Since it is not necessary to use the public electricity grid, grid fees and the EEG surcharge do not apply. In addition, high full load hours can be achieved because the hydropower is available practically around the clock. This further improves the economic efficiency and enables extensive operating experience to be gained quickly.
He said the plant has been running regularly since early December 2019 and has had 1,850 hours of operation since then. Previously, it was in trial operation. The monitoring system set up by the ZSW, which measures all essential components and subsystems, functions perfectly. The plant operates fully automatically in 24-hour operation both at full load and in various partial load conditions.
The ZSW monitors operation with the help of remote data transmission to Stuttgart and automated data evaluation. The overall efficiency of electricity to high-purity hydrogen compressed to 300 bar is currently up to 66 percent in relation to the calorific value of the gas. In addition, the researchers are investigating ageing effects and deriving potential improvements from the data.
So far, the plant has filled 62 trailers with hydrogen suitable for fuel cells. Each of these transportable containers holds around 300 kilograms. The plant can produce up to 500 kilograms of hydrogen per day. This is enough for an average daily mileage of more than 1,000 fuel cell cars.
The research project docked to the commercial plant is also progressing positively. In a research plant, the scientists are testing improved electrolysis blocks with a maximum output of 300 kilowatts in parallel operation with the commercial plant. They should further reduce the price of hydrogen. But companies could also test and optimize components there.
Last year, the ZSW and its research partners already achieved an initial success during the test operation of the plant: with new electrode coatings, the researchers achieved 20 percent more power density compared to the electrolysis blocks of the industrial plant section. This means that less volume and material are required for the same output.
Since the investment costs are also based on the construction volume and the electrolysis units account for the largest share of costs in the conversion of renewable electricity at around 40 percent, progress in this area is automatically reflected in the price of hydrogen. For manufacturers of electrolysis plants, development is therefore an important factor for further cost reduction. The long-term goal of the ZSW researchers and Energiedienst engineers is to roughly halve the current production costs of electricity-based hydrogen.
The state of Baden-Württemberg supports the Lighthouse project with a total of 4.5 million euros. In 2019, a project based on this was selected by the Federal Ministry of Economics and Technology as one of the winners of the first round of the "Reallabore der Energiewende" ideas competition. A total of twelve partners are on board for this major project.
14.4.2020 | Source: ZSW
See also:
http://sdg21.eu/blog/gruener-wasserstoff-aus-wyhlen-behoerden-geben-gruenes-licht
Keywords:
Energy storage, Research, News Blog Baden-Württemberg, Power-to-Gas, Hydrogen
