Inauguration of the AktivStadthaus in Frankfurt (2015)
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6.41 min.
In addition to the inauguration of the AktivStadthaus in Frankfurt am Main by the Federal Minister for Building, Barbara Hendricks, in July 2015, the Efficiency House Plus Network is presented in the video clip.
The new Sustainable Development Goals (SDG) portal of the Bertelsmann Foundation in cooperation with the German Association of Cities and Towns (Deutscher Städtetag), the German Association of Districts (Deutscher Landkreistag), the German Association of Towns and Municipalities (Deutscher Städte- und Gemeindebund), the German Institute of Urban Affairs (Difu) and Engagement Global - Service für Entwicklungsinitiativen (Engagement Global - Service for Development Initiatives) went online today.
It is interesting to be able to compare individual cities with each other: https://sdg-portal.de
Berlin: On 4 May 2018, BUND presented a shutdown plan for nuclear power plants (NPPs) and coal-fired power plants. This analysis shows that the decommissioning of the most climate-damaging coal-fired power plants by 2020 and a significant acceleration of the nuclear phase-out in Germany are possible without jeopardising security of supply. "The shutdown plan is a call to action for the political actors to finally take action," explains BUND Chair Hubert Weiger at the presentation of the shutdown plan in Berlin.
In the shutdown plan, BUND has drawn up a concrete performance balance and names power plants as well as annual figures for the shutdown. The focus is on the years 2020 and 2023. This period is considered to be a particular challenge for supply security, since on the one hand it is the legal date for the phase-out of nuclear power. On the other hand, a good half of the coal-fired power plants must be taken off the grid in order to achieve the German climate target for 2020.
The BUND shutdown plan shows that this is possible and that significantly more coal-fired power plants can be taken off the grid in the short term than has been discussed so far, and that this can also be combined with a significant acceleration of the nuclear phase-out. As a result, the power surplus in Germany is declining, but the supply remains guaranteed even in hours without sun and with little wind. "In the first quarter of 2018, Germany exported on average the electricity production of five large power plants. Against this background alone, it is surprising that the new federal government has not agreed on the short-term decommissioning of the most climate-damaging coal-fired power plants," says the BUND chairman. "We want to show with our analysis that much more is possible if the political will is there."
The BUND shutdown plan shows that security of supply can be ensured if politicians do not continue to wait, but actively promote the energy transition in parallel to the shutdowns. The calculations of the power balance are mainly based on values from, for example, the Federal Network Agency or the transmission system operators. Deviations and other assumptions are justified. "With our analysis, we want to provide an important impetus for a transparent debate within the framework of the amendment to the Atomic Energy Act and the coal phase-out commission that is being constituted," explains Weiger.
In a shutdown list for coal-fired power plants, BUND proposes the units that would have to be taken off the grid first in order to achieve the 2020 climate target. It concerns all larger coal-fired power plants that were connected to the grid before 1990, in order to reduce the coal capacity on the electricity market to 20 gigawatts. As a new measure to enable a socially acceptable coal phase-out and to safeguard security of supply in extreme situations, the environmental association proposes the introduction of an additional coal phase-out reserve of six to eight gigawatts.
"The Paris Climate Agreement requires the phase-out of coal before 2030. The federal government is responsible for achieving the climate targets, it must enshrine the phase-out in law and ensure a just structural change. To achieve the 2020 climate target, it must now launch an immediate programme. Waiting any longer is irresponsible," continued the BUND chair. Due to the inactivity of climate policy in recent years, the German "climate problem" has become increasingly acute. According to the latest emission forecasts, the German climate protection target for 2020 will be missed by ten percentage points.
At the same time as the coal phase-out, the nuclear power plants can also be taken off the grid more quickly than required by law. The seven nuclear power plants that are currently still connected to the grid represent a constant safety risk for the population and must be decommissioned as soon as possible. So far, however, the federal government does not want to use the amendment to the Atomic Energy Act to really accelerate the nuclear phase-out. "BUND demands an immediate nuclear phase-out. At the very least, the current revision of the Atomic Energy Act must be used to legally prohibit further transfers of electricity volumes," says Weiger. Without this transfer, the nuclear power plants would run for a total of ten years less and the production of 300 tonnes of highly radioactive nuclear waste would be avoided.
Getting out of nuclear power and coal and still securing the energy supply - this is possible if the energy transition is driven forward. "It is a matter of further expanding renewable energies with commitment and creating the energy-economic framework conditions for an energy turnaround that is essentially based on wind energy and photovoltaics," says Weiger. This means an expansion of flexible decentralised CHP power plants, a reduction in electricity consumption, optimised utilisation of the electricity grids and a significant increase in the possibilities for load reduction.
Photovoltaic systems are already a financially rewarding investment for homeowners today. Coupled with a solar power storage system, the profit will increase even more in the future. This is because storage systems are on the verge of becoming economically viable. This is the result of calculations by the Solar Cluster Baden-Württemberg.
The limit is 1000 euros/kWh
In the last twelve months, the costs for storage batteries for PV systems have fallen by an average of more than 10 %. "In the first quarter of 2017, they were in some cases only around 1150 euros per kWh of storage capacity," says Carsten Tschamber from Solar Cluster. The limit below which the small storage systems bring in more than they cost when used for 20 years is around 1000 euros, assuming a small increase in electricity prices. If you subtract the KfW subsidy, which decreases every six months, the first storage products already reach economic viability with good planning. By the end of the subsidy in 2018, the batteries could become up to 20 % cheaper - a purchase would then be worthwhile for the consumer even without government subsidies.
The cost of solar electricity from new PV systems on residential buildings has now fallen to as low as 8 Ct/kWh - household customers pay more than three times that for grid electricity. That is why it is worthwhile for them to consume as much of it as possible themselves. Solar batteries help to double self-consumption from 30 to 35 to up to 70 %.
Source: Post from 23.5.2017 on www.geb-info.de (no longer online, as of January 2021)
Like the heat register, the solar register is part of the Energy Atlas.NRW, which provides comprehensive information on renewable energies in North Rhine-Westphalia. In addition to the current stock, potential for the further expansion of renewable energies is also presented.
In the solar register, the potential, yields and economic viability of solar energy (photovoltaics and solar thermal energy) can be calculated individually for each of the approximately eleven million building roofs analysed in NRW. The data basis for the calculation is updated regularly. Homeowners, owners of commercial properties, housing associations, local authorities and energy suppliers can thus obtain information independently, free of charge, simply and quickly about the possibilities for using solar energy on their roofs. The area-wide heat register provides information on renewable and energy-efficient heat sources as well as existing heat sinks in NRW. It provides an overview of possible alternatives for supplying heat to properties and neighbourhoods, or for integrating renewable and efficient sources into existing heating networks.
"With the EnergyAtlas.NRW, LANUV offers local authorities optimum guidance in the implementation of the energy transition on the ground. The data bases from the EnergyAtlas.NRW help to initiate municipal climate protection projects in the electricity and heating sectors, but also to document the further expansion of renewable energies at municipal level", explained Antje Kruse from the North Rhine-Westphalia State Office for Nature, Environment and Consumer Protection.
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