Düsseldorf. With the Förder.Navi, an online tool of the EnergyAgency.NRW, you can now find your way through the funding jungle even faster. The tool (www.energieagentur.nrw/foerder-navi) helps private individuals, companies and municipalities to find funding opportunities when it comes to energy-efficient renovation, for example.
Whether a committed citizen, entrepreneur or representative of a municipality - financial support is often helpful for investments in energy efficiency, climate protection and renewable energies. And this is available from the state of North Rhine-Westphalia, the federal government or local public utilities. This is because the public sector and regional energy suppliers promote numerous measures to implement the energy transition. But what subsidies are available for individual measures and which of them are available to whom? What are the requirements? And can subsidies be combined?
The Förder.Navi shows the way. With the EnergyAgency.NRW's online tool, it is possible to access the right information on the various funding programmes quickly, efficiently and in a target group-oriented manner. The tool allows filtering by applicant, funding topic, funding type and funding agency. To make this even easier and clearer for the user, the Förder.Navi was recently relaunched.
From now on, a brief overview of all funding programmes will appear first in the user's respective query. This simplified structure provides an initial overview and orientation of the diverse funding programmes. If required, the user can then request more detailed information in the detailed view. Both the brief overview and the detailed view can also be downloaded as a PDF.
KfW is looking for builders who are thinking about tomorrow. The 2017 motto is: "Expand, extend, convert - create and modernise living space efficiently".
Apply now until 1 March 2017 and win prize money worth a total of EUR 30,000.
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)
The BDA Prize for Architectural Criticism 2018 is awarded to the managing editor of the "Süddeutsche Zeitung" and book author Gerhard Matzig.
The BDA Prize for Architectural Criticism looks back on a history of over 50 years. The prize winners have included Julius Posener, Manfred Sack, Wolfgang Pehnt and Peter Sloterdijk. The prize honours "an outstanding achievement in the field of critical debate on questions of planning and building by journalistic means", as the statutes state. The BDA's "Critics' Prize" is in a series with the two other prizes that the BDA Federal Association awards alternately: the "Great BDA Prize" and the "BDA Architecture Prize Nike".
The BDA Prize for Architectural Criticism 2018 will be awarded at a ceremony on 16 June at 4 pm at the Schmidt Theater in Hamburg. The laudatory speech will be held by Dietmar Steiner. The award ceremony is embedded in the program of the 14th BDA Day 2018 in Hamburg.
Dr. Kirsten David, a researcher at HafenCity University (HCU) Hamburg, has developed an innovative method for determining rent increases after energy efficiency measures: By means of functional cost splitting, rent increases become appropriate and comprehensible. The planning of the energetic measures is also ecologically optimized. For her dissertation entitled "Functional Cost Splitting for the Determination of Rent Increases after Energy Efficiency Measures", the scientist today receives the "BUND Research Award 2020". With the research award, the Bund für Umwelt- und Naturschutz (BUND) honors scientific work on sustainable development.
Rent increases due to energy-efficient building modernisation are legally permissible and politically desired as an investment incentive. After all, according to the German Energy Agency (dena), around 35% of Germany's total energy consumption is attributable to the building sector. An increase in the renovation rate is therefore necessary from a climate policy perspective.
However, while the legislators assume that such measures can be implemented economically and without affecting the rent, the experience of many tenants is different: Often the rent increases exceed the saved heating and energy costs many times over. In extreme cases, tenants can no longer afford their apartments. "To this day, energy-efficient building refurbishment has a reputation as a gentrification tool," says David. With the method she developed to determine appropriate rent increases, the 45-year-old scientist also wants to contribute to an increased social acceptance of corresponding measures.
"The basis of the politically expected increase amounts is the so-called coupling principle," explains the architect. "Like the Energy Saving Ordinance, it assumes that energy efficiency measures will always be implemented when a comprehensive refurbishment is due anyway. The sticking point: only the modernization costs entitle landlords* to rent increases, but not the costs for the renovation. The latter must be deducted from the total investment sum as "anyway costs". Eight percent of the remaining costs can be passed on to the tenants as a modernisation charge.
"The current regulation is insufficient. In practice, there are manifold demarcation problems between modernisation costs relevant to rent increases and maintenance costs not relevant to rent increases," says David. The method she developed, on the other hand, focuses on the climate-relevant improvement of each individual building component compared to its condition before the construction measure. "Functional cost splitting thus corresponds to the actual basic idea of the legislators, is practicable and enables an appropriate and comprehensible allocation to modernisation or refurbishment costs," says David.
According to the scientist, her approach leads to the omission of measures that are nonsensical from a structural engineering point of view and do not bring about any climate-relevant improvement of the building components: "With my method, such measures are not relevant for rent increases and are therefore uneconomical for landlords. In addition, your calculation method ensures that the modernization levy actually approaches the level of the ancillary cost savings as a rule. The award winner is therefore particularly pleased that the sustainability aspect of her work has been recognised with the BUND Research Award: "Rental housing stock can only be developed sustainably if ecological, economic and social aspects are given equal consideration. Functional cost splitting makes a significant contribution to this."
This year, the BUND Research Award will be presented at a virtual conference. Among other things, keynote speaker and environmental scientist Ernst Ulrich von Weizsäcker will discuss with the three award winners how science can develop more relevance and effectiveness for sustainability goals. The transfer into practice is also an important concern for David. Her next goal is to further develop functional cost splitting into an instrument that can also be understood by laypersons - preferably as an online tool.
Personal details:
Kirsten David is a guest researcher at HCU in the subject areas "Design and Analysis of Structures" with Prof. Dr.-Ing. Annette Bögle and "Construction Economics" with Prof. Dipl.-Ing. Reinhold Johrendt as well as a lecturer in the interdisciplinary study programmes. Her doctoral thesis was supervised by Prof. Dipl.-Ing. Reinhold Johrendt and Prof. Dr.-Ing. Thomas Krüger, (subject area "Project Management and Project Development in Urban Planning") and is freely available: https://edoc.sub.uni-hamburg.de//hcu/volltexte/2019/508/.
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