Tag: Energie

  • Swiss photovoltaics will record record expansion in 2020

    Swiss photovoltaics will record record expansion in 2020

    Photovoltaics in Switzerland was expanded significantly in the past year 2020. According to a press release, according to the Swiss Association for Solar Energy, this was not enough to achieve the climate targets. The professional association Swissolar represents the interests of 740 association members with around 6000 jobs in the solar energy industry. In the announcement from Swissolar, the additional photovoltaic capacity installed in 2020 is estimated at an output of 430 to 460 megawatts. The final annual figures will not be available until the middle of the year.

    The new installations correspond to a growth of 30 to 39 percent compared to 2019. According to Swissolar, the number of registrations at the Pronovo certification and funding agency suggests that the growth not only occurred in small systems, but also in those with an output of over 100 kilowatts.

    From the point of view of the association, however, more needs to be done. "In order to replace the nuclear power that is no longer available and to cover the additional electricity demand for the electrification of traffic and heating, the annual expansion must be increased to around 1500 megawatts over the next few years – almost four times as much as last year," said Swissolar CEO David Stickelberger quoted. This is also provided for in the recently published Energy Perspectives 2050+ by the Federal Office of Energy.

    From the perspective of the solar industry, a number of political measures are required to achieve this. Greater support for systems without self-consumption is therefore necessary. This requires state incentives so that the roofs of stables, warehouses, parking lot canopies, noise barriers and other infrastructures are equipped with solar systems. Often this is not the case because the electricity cannot be consumed on the spot. Further measures are the obligation to generate electricity for new buildings, the removal of hurdles in the construction of open-space systems, which often only get a building permit with difficulty.

    From Swissolar's point of view, there is also a need for federal and cantonal funding for solar thermal systems. The contribution of solar heating to the energy transition is still underestimated.

  • Regional plants are expanding networks for heating and cooling

    Regional plants are expanding networks for heating and cooling

    Regionalwerke AG Baden want to make the supply of heating and cooling in Baden climate-friendly. To this end, they envisage expansions for the heating supply to an extent of 40 gigawatt hours and for the cooling supply to an extent of 10 gigawatt hours over the next ten years, they write in a press release . The share of renewable energy sources should be 80 percent right from the start and steadily increase to 100 percent. The CO2 emissions in the heat supply are to be reduced by 20,000 tons by 2030, district heating alone is to contribute half of this.

    Baden Nord has been connected to the Turgi waste incineration plant with a district heating pipe since the summer, and the Kappelerhof heating network has been in operation since autumn 2020. The heating and cooling network for the cantonal hospital campus is under construction. The Baden Nord district heating network is to be expanded towards the city center. From 2025, the amalgamation of the energy clusters Kappelerhof, Vorstadt and Limmat to form a single urban heating and cooling ring is planned.

    The potential for the heating and cooling supply was determined with the help of a 3D model. The feasibility of groundwater pumping systems was also examined. A planning map on the regional works website allows property owners, architects and planners to gain insight into the planned projects.

    "With this expansion, the course has been set for the substitution of fossil fuels for a renewable heating and cooling supply in Baden", Michael Sarbach, managing director of the regional plants, is quoted in the announcement.

  • Schweizer Technologie looks after German tenant electricity systems

    Schweizer Technologie looks after German tenant electricity systems

    With tenant electricity systems, homeowners could supply their tenants with cheap electricity from renewable energy sources and, in return, amortize their systems faster, writes Smart-red GmbH ( smartRED ) in a press release . The requirements for billing tenant electricity specified in the German Energy Industry Act, however, discouraged many German homeowners from setting up tenant electricity systems. The joint venture between Zug-based smart-me AG and the German company ABM-Mess Service has provided a remedy here.

    With the cloud-based tenant electricity solution from SmartRED "effortlessly automated invoices" could be created, writes the company in the press release. For this, the tenant electricity systems are connected to the cloud via a WiFi interface or cellular network. The intelligent meters then provide you with real-time data for the control and optimization of the system and the creation of the billing.

    “One of the most important points in tenant electricity projects is billing in accordance with the law,” Bernd Bosch, managing director of Smart-Red GmbH, is quoted in the message. "It is also important to reduce the administrative effort as much as possible." The digital billing tool from SmartRED should enable both.

  • Drilling for the Ennetsee heating network begins

    Drilling for the Ennetsee heating network begins

    According to a press release from WWZ , the construction of the 6.5 kilometer long heat transport pipeline from Perlen to Rotkreuz is in the starting blocks. It is part of the Ennetsee heating network. A challenge of this construction phase is the trenchless crossing under the Reuss and the A14 motorway. To this end, WWZ is starting these days between the sports field of the Root LU sports club and the Rütilöli area in Inwil LU with two pilot drillings for protective plastic pipes. The official start of construction is at the end of March, beginning of April.

    The official start of construction of this heat transport pipeline from the Renergia waste incineration plant in Perlen to Rotkreuz is planned for this spring. The district heating pipes would then also be pulled into the protective pipes under the A14 motorway. After completion of the major project, the region should save around 12,000 tons of CO2 annually.

  • Masshardt takes over the management of the energy foundation

    Masshardt takes over the management of the energy foundation

    Beat Jans had headed the Swiss Energy Foundation, founded in 1976, since the end of 2015, SES informed in a press release . Now the long-standing SP National Council has been elected President of the Canton of Basel-Stadt. In order to avoid conflicts of interest, Jans is therefore stepping down as President of the Board of Trustees of the SES, explains the SES.

    The Board of Trustees has elected Nadine Masshardt to succeed Jans. The Bernese SP National Councilor will take up her new post after her maternity leave in mid-February, explains the SES. In the communication, the President-elect is described as "a competent energy and environmental expert as well as a highly respected and committed full-blooded politician". In addition, she is certified as having “valuable experience from the NGO world” from her involvement in the WWF Berne section.

    The Swiss Energy Foundation is committed to promoting a humane and environmentally friendly energy supply in Switzerland. Among other things, the SES advocates the rapid phase-out of fossil and nuclear energy and the rapid and considerate expansion of renewable energies. Under the leadership of Nadine Masshardt, the SES is "ideally equipped for the energy policy challenges of the coming years", says the press release.

  • Schneider Electric procures green electricity for VELUX

    Schneider Electric procures green electricity for VELUX

    The VELUX Group and the electrical engineering group Schneider Electric will enter into a partnership with Power Purchase Agreements (PPAs) for renewable energies. According to a media release , Schneider Electric will support the VELUX Group with procurement as a full-service purchasing consultant.

    As it is also stated there, the VELUX Group has committed itself to achieving its goal of 100 percent renewable electricity by 2023 and climate neutrality by 2030. In addition, the company is working on halving CO2 emissions in its entire value chain by 2030. At the same time, it will offset the group's entire historical carbon footprint, which dates back to its founding in 1941, through forest protection projects. These would be identified and managed by the WWF.

    When concluding a PPA, a company undertakes to purchase electricity over the long term at an agreed price. This helps the operators of wind and solar systems with their investments. Because PPAs can be deposited as security at banks and insurance companies.

    "We are committed to contributing to a sustainable future", says Jörn Neubert, Senior Vice President of Supply of the VELUX Group. “We are proud to be among the first companies in the world and to be the first company in the construction industry to take responsibility for past and future CO2 emissions. The partnership with Schneider Electric is an important part of that. "

  • EKZ achieves good operating results with stable sales

    EKZ achieves good operating results with stable sales

    EKZ draws a positive balance for the 2019/20 financial year with stable sales, expansion of the production of renewable energy, especially in wind power, and an operating result that has enabled a profit distribution of CHF 41.3 million to the canton and municipalities for the first time. According to the press release, the operating result (EBIT) was CHF 61.3 million and the company's result, i.e. total income minus total expenses, was CHF 88.2 million.

    EKZ's electricity sales remained stable in the first half of 2020 despite the lockdown. The lower sales among traders and the closure of shopping centers have been compensated for by shifting to higher sales in home offices. The EKZ supplies around 315,000 households and businesses with renewable energy.

    The production capacities from renewable energy were expanded. The EKZ in Switzerland relies on the expansion of solar energy and domestic hydropower. The Dietikon river power plant was put back into operation. In Spain and Portugal the investment focus was on solar energy, in France and Germany on electricity production from wind power. With above-average wind conditions, 496 gigawatt hours of electricity were generated from wind energy, reports the EKZ.

    Other focal points of the shopping center were charging solutions for tenants, apartment or house owners as well as the prosumer area. These are electricity consumers who are producers themselves at the same time as their own solar systems.

    EKZ has been involved inPrimeo Energie AG since January 1st to work together in energy sales for energy supply companies and business customers.

  • Swiss Energypark achieves record production

    Swiss Energypark achieves record production

    Last year, the Swiss Energypark achieved a production record for the generation of energy from wind power, hydropower and solar power. The amount of energy is stated in a press release as 127 gigawatt hours. In mathematical terms, this corresponds to the consumption of 28,200 households.

    The Swiss Energypark, founded in 2016 on the initiative of Bern-based BKW Energie AG and the cantons of Bern and Jura, produces electricity in the Juvent wind power plant, the Mont-Soleil solar power plant and the La Goule hydropower plant on the Doubs. The region, which corresponds to the supply area of La Goule, was able to cover 86 percent of its needs with local renewable energy from sustainable sources, according to the announcement. Such a quota is unique in Switzerland at this level.

    In the communication from Energypark and BKW it is pointed out that the supplied region is suitable as a test field for future developments in energy supply. Because the energy mix of wind power, hydropower and solar energy leads to the compensation of underproduction in one of the sectors. The stable high-pressure weather in 2020 increased solar power production, while the yield from hydropower decreased due to the temporary low water of the Doubs.

    The Juvent wind power plant generated almost 85 gigawatt hours in 2020, which is the highest value ever achieved at a location in Switzerland and corresponds to the consumption of around 18,900 households. The forecasts made during construction in 2016 were exceeded by 20 percent.

  • Landis + Gyr informs about new goals

    Landis + Gyr informs about new goals

    On the occasion of an investor's day on Wednesday, Landis + Gyr confirmed the previous outlook for the 2020/21 financial year ending at the end of March. According to its press release , the Zug-based company continues to expect net sales of between 1.3 and 1.4 billion dollars. In addition, it continues to expect an improved EBITDA margin in the second half of the year compared to the first.

    In the first half of the current fiscal year (to the end of September 2020) sales had dropped 27 percent to $ 623.5 million. Customers had suspended or slowed down the installation of meters due to the pandemic. But there have been no major cancellations. The resurgence of COVID-19 cases in Landis + Gyr's second largest UK market is "particularly worrying".

    Landis + Gyr has defined new medium-term goals for the period up to 2023. The company is aiming for "organic sales growth in the low single-digit range". In addition, it is committed to a “progressive” dividend development. The 2019-2022 share buyback program remains suspended. The partnership with Google will accelerate the transition to cloud-based services.

    In addition, Landis + Gyr announces the 100% acquisition of Rhebo , a German provider of cybersecurity solutions. On Monday, the company announced that it is by partnering with one of the largest energy suppliers Britain, EDF has secured a major contract. It stipulates that Landis + Gyr will deliver a further 650,000 of them by June 2025 after the first order of 500,000 intelligent electricity meters of the latest generation.

  • Ecocoach launches load management for charging stations

    Ecocoach launches load management for charging stations

    Ecocoach is now offering e-mobility load management, the technology company from Schwyz informs in a message. The ecoChargingCoach can manage charging stations regardless of their manufacturer, is explained further there. Real estate operators and companies can use the system to reduce the load on their network connections from charging stations and thus save costs.

    In the basic version, the ecoChargingCoach can manage up to ten AC charging stations, writes Ecocoach. In the future, the technology company wants to expand its e-mobility load management to include DC charging stations.

    "The ecoChargingCoach is a particularly future-proof and flexible energy management solution for charging stations", Benjamin Friedrich, Senior Business Area Developer at Ecocoach, is quoted in the press release. The system is compatible with various technologies and with the products of various other providers, explains Friedrich. As a result, the ecoChargingCoach is "universally applicable for residential, industrial and commercial buildings".

  • According to ENSI 2020, nuclear facilities were safe

    According to ENSI 2020, nuclear facilities were safe

    In an initial assessment, ENSI announced that the nuclear power plants (NPP) in Switzerland were “safely operated” in the past year of supervision. The number of reportable incidents in 2020 was slightly below the average of previous years, according to a media release . Despite the pandemic situation, ENSI was present in the NPPs. All systems would have complied with the safety requirements.

    Since pandemic plans were already in place before the coronavirus occurred, the operators were prepared for the current situation. Annual major revisions have been adapted to it. ENSI is convinced that you have nevertheless complied with the legal requirements.

    The Mühleberg NPP has been shut down for good since September 15, 2020. The decommissioning of the research reactor at the University of Basel has now been completed to the point that no more reportable incidents can occur.

    Most of these incidents, eight in total, concerned the Beznau NPP . On December 7th, both reactor blocks were shut down after an inspection required by ENSI and restarted on December 21st. Further clarifications on one aspect are still ongoing.

  • Energie 360 ° is working on a power-to-gas solution

    Energie 360 ° is working on a power-to-gas solution

    Energie 360 ° and the gas storage company RAG Austria are working on making solar energy available all year round. Both are jointly pursuing the innovative power-to-gas project Underground Sun Conversion – Flexible Storage . It started in December 2020 has a term of two and a half years and is supported by the European Commission promoted . Field tests are already underway at the RAG research site in Pilsbach, Upper Austria.

    In this project, excess renewable energy, such as solar power in summer, is converted into hydrogen, explains Energie 360 ° in a press release . This is then stored together with carbon dioxide in natural underground storage at a depth of over 1000 meters. There, microorganisms combine hydrogen and carbon to form renewable methane gas. This energy can be used in the event of supply gaps, for example in winter. The advantage over pumped storage power plants or batteries lies in the much higher storage capacity and, at the same time, less surface area, according to Energie 360 °.

    In Switzerland, the two companies cooperate with the University of Bern , the University of Applied Sciences in Eastern Switzerland and the Federal Materials Testing and Research Institute ( Empa ). "We are working together on the solution to one of the greatest challenges facing the energy system of the future: How do we advance volatile renewable energy sources such as sun and wind and at the same time offer year-round security of supply?", Says Andreas Kunz, Head of Energy Systems at Energie 360 °.

  • Axpo implements alpine solar systems with partners

    Axpo implements alpine solar systems with partners

    The large-scale solar system originally initiated by Axpo on the Muttsee dam is becoming the AlpinSolar joint project between Denner, Axpo and IWB . As everyone said in a press release of the same name, the energy suppliers Axpo and IWB will install and commission the largest alpine solar system in Switzerland in the summer. Almost 5,000 solar modules are to produce around 3.3 million kilowatt hours of electricity per year on the south-facing dam. Discounter Denner will take it off for 20 years.

    At 2500 meters above sea level, a lot of renewable energy can be generated even in the winter months. Since the system is installed on an existing dam, it is particularly environmentally friendly. This is another reason why AlpinSolar is “a system that the energy transition needs”.

    Nevertheless, “due to the lack of framework conditions, such systems are hardly economically feasible today”, regrets Axpo CEO Christoph Brand. “Nevertheless, we decided, together with strong partners, to implement this lighthouse project” and “to set an example”. "We see the project as an important contribution to the discussion for the upcoming legislative revisions."

    IWB, the energy supplier for the canton of Basel-Stadt, has a 49 percent share in the project. It goes well with the company, says IWB CEO Claus Schmidt, because "the expansion of electricity production from solar energy also in Switzerland" is part of its own strategy.

  • IWB takes a stake in Agro Energie Schwyz

    IWB takes a stake in Agro Energie Schwyz

    IWB continues to grow with renewable energies. According to its own information, it joins the heating network of Agro Energie Schwyz AG ( AES ). Since 2006, it has built a modern network of over 100 kilometers in the Schwyz valley basin with state-of-the-art production facilities. A wood-fired thermal power station , an ORC system and a biogas system supply around 1,500 customers. The aim of AES is to build and operate a regional, independent and CO2-neutral energy supply in the region. The operator also attaches great importance to local added value.

    IWB takes over shares from the largest shareholder, the Profond pension fund. Profond was looking for an investor with proven expertise in heat supply and a credible ecological focus. With this investment, IWB is following its strategy of decarbonising the heat supply, also outside the canton of Basel-Stadt.

    "Agro Energie Schwyz is an innovative, rapidly growing company with a clear focus on renewable energy supply," explains IWB CEO Dr. Claus Schmidt choosing his company. "As the operator of the largest Swiss district heating network, IWB can contribute its vast experience in the heating network and at the same time expand its leading position in renewable heating."

  • Siemens frees the Monte Rosa Hut from lead

    Siemens frees the Monte Rosa Hut from lead

    The 2883 meter high Monte Rosa Hut in the Valais Alps has been equipped by Siemens Switzerland with new batteries to store the self-generated solar power. The new hut, which was inaugurated in 2010 and replaced the old one from 1895, with its modern building services – also from Siemens – is a so-called high-tech hut. In the campaign that has now ended, the 48 old lead batteries with a total weight of 8.6 tons, which had reached the end of their useful life, were replaced by 14 lithium iron phosphate batteries (LFP) with a capacity of 215 kilowatt hours , according to a media release. Installation and removal took place in cooperation with Air Zermatt AG .

    The Monte Rosa Hut is largely energy self-sufficient. A photovoltaic system is built into the south side of the hut. There are also thermal solar collectors. All data on building performance such as the solar power generated or the battery power have been fed into the Siemens building navigator since 2010. Because all technical systems are digitized, they can also be controlled remotely.

    The energy self-sufficiency of the hut is to be increased with the new battery solution, according to the Siemens announcement. The generator set for bad weather will also be relieved. With the new system, the energy supply of the Monte Rosa hut should be secured at any time of day and in any weather condition.

  • Schlieren will be electric in the future

    Schlieren will be electric in the future

    The city of Schlieren has purchased its first electric garbage truck. One of the three refuse vehicles in Schlieren has reached its useful life and needs to be replaced, according to a message . Since the city has been relying on e-mobility when purchasing new vehicles for reasons of sustainability since 2020, an electric model was also selected for the new refuse vehicle. This is being built by Designwerk Products AG in Winterthur.

    At its meeting on January 13, the city council approved the expenditure of 775,000 francs. The municipal parliament approved the budget for the procurement of the refuse vehicle on December 16, 2020.

    According to the announcement, the first electric refuse vehicle in Schlieren offers several advantages in operation. On the one hand there is the CO2 reduction. But the operating costs also pay off. Because the energy costs for electricity are much cheaper compared to diesel. The maintenance and repair costs are also less expensive than with diesel, because there are fewer wearing parts with electric motors than with burn-out motors. In addition, there were no HVF charges – the heavy vehicle charge – or road traffic charges. With a service life of ten years, the electric vehicle is therefore much cheaper than a diesel-powered vehicle, according to the city council's justification.

  • BKW renews substations in Oberaargau

    BKW renews substations in Oberaargau

    BKW is renewing its aging substations in the Bernese communities of Huttwil, Niederbipp and Bannwil, the energy service provider informed in a message . The reason given there is the increasing energy demand in Oberaargau. Various companies are planning to expand their capacities here, writes BKW.

    BKW plans to invest around CHF 11 million in the renewal of the three substations. The work will be carried out jointly with the subsidiaries AEK and onyx , as the systems also supply the areas of these subsidiaries, according to the announcement. The areas around Niederbipp, Densingen, Bannwil, Herzogenbuchsee and Huttwil are to be equipped with “state-of-the-art network technology” by 2023, writes BKW.

    The work in Huttwil is about to be completed, the energy service provider continues in the message. Here the 50 kilovolt system was renewed and housed in a new building. Work in Niederbipp has been going on since August last year. The old 16 kilovolt system will be replaced by a more powerful new one. A new 50 kilovolt switchgear is to be installed in Bannwil.

  • ETH model paves the way for the energy transition

    ETH model paves the way for the energy transition

    At the Energy Science Center ( ESC ) of the Swiss Federal Institute of Technology in Zurich ( ETH ), an interdisciplinary research group is working on the Nexus-e platform. It is intended to help answer the fundamental questions that the energy transition that has been adopted will raise for politics, business, science and society now and in the years to come. The project is supported by the Federal Office for Energy .

    As a video from ETH shows, Nexus-e is supposed to map the entire complex Swiss electricity system. “In order to find solutions for the future, you need more flexibility,” project manager Marius Schwarz is quoted in an article by the ETH. "With Nexus-e we want to provide a platform with which we can model different scenarios and thus facilitate the transformation of the energy sector in the coming decades."

    This transparent platform is supposed to be a kind of toolbox. Its flexible modules are intended to represent the Swiss economy as a whole and the electricity market as well as the electricity market, investments in decentralized and centralized energy systems, network security and network expansion.

    It also serves as a modeling infrastructure that is continuously used in research and teaching. This will make it a modeling platform for interdisciplinary research within the university. But it should also be used outside as a test environment and further developed. "We are therefore open to new collaborations in the academic field, but also with political decision-makers or representatives from industry," said ESC director Christian Schaffner.

  • BKW takes over German engineering company

    BKW takes over German engineering company

    The BKW Group has strengthened its engineering network in Germany with the takeover of R&P Ruffert GmbH , the energy service provider from Bern informs in a message . The company, which was founded in Limburg in 1976, has additional locations in Erfurt, Halle, Düsseldorf and Hamburg. In addition, the engineering company specializing in structural engineering has project offices in Berlin, Koblenz, Frankfurt, Leipzig and Nuremberg.

    The annual turnover of R&P Ruffert GmbH is put at a “lower double-digit million amount”. No information is given there about the purchase price. The approval of the takeover by the German antitrust authorities is currently pending.

    After the takeover, R&P Ruffert GmbH is to be incorporated into the BKW subsidiary BKW Engineering . BKW informs that the management will remain with the previous owners and managing directors. With the takeover, she wants to "expand the competencies of her network and strengthen her position in the competition with multidisciplinary market leaders", says the press release.

  • Plug'n Roll builds e-charging network for the canton of Zurich

    Plug'n Roll builds e-charging network for the canton of Zurich

    Following a public tender, the canton of Zurich decided in favor of the e-mobility provider from Repower as the installer and later operator of the charging infrastructure on the canton's own property. According to a media release , the vehicle fleet in the canton of Zurich is to be converted to non-fossil vehicles by 2030.

    Plug'n Roll of Repower has signed with the Canton of a framework agreement. Because it has not yet been established exactly how many charging stations will have to be built for electric vehicles. The partners expect 880 charging stations to be required by 2025. According to the announcement, a total of 765 of these are to be set up with a charging capacity of three to 22 kilowatts. There are also 115 fast charging stations with a charging capacity of 22 to 150 kilowatts. In the canton of Zurich, a total of 1,000 to 1,450 charging stations are expected to be required by 2030.

    Plug'n Roll should not just build up the charging network. The Zurich government council has awarded the contract for the procurement and management of the charging stations. The overall order, which is to be fulfilled by 2025, includes delivery, assembly, commissioning, operation, maintenance and troubleshooting of the stations as well as the administration of the energy billing, according to the message from Repower.

  • Biomass plant produces electricity and gas

    Biomass plant produces electricity and gas

    A team of researchers from the Group of Energy Materials ( GEM ) in Sion, which is part of the Swiss Federal Institute of Technology in Lausanne ( EPFL ), conducted a two-year study on the optimal configuration of biomass systems. As EPFL is now reporting , they have developed a method by means of which local biomass flows can be integrated into power grids and gas pipelines.

    Your system can be used to generate and store electricity and natural gas. It can be particularly useful in conjunction with other local but weather-dependent renewable energy systems such as solar panels and wind farms by closing any gaps in electricity production. Their models were calculated on the basis of a Danish and an Italian case study.

    “Our goal was to develop an effective approach to grid balancing that relies more on renewable energies,” explains study leader Maria Perez Fortes. “Electricity is consumed when the supply is high (to store it as gas) and generated when the supply is low.” This is why the team decided to use reversible solid oxide cells, “the only technology that seamlessly between Can switch electricity and gas generation ".

    The GEM scientists specialize in this technology, which can both store electricity as methane (Power2Gas) and convert the methane back into electricity – with high yields in both directions. As stated in the communication, their method could optimize electricity and gas distribution networks and their coupling, ensure a continuous power supply and enable utilities to manage their systems more efficiently.

  • City of Zurich liquidates Fernwärme Zürich AG

    City of Zurich liquidates Fernwärme Zürich AG

    The waste incineration plant Josefstrasse has reached the end of its service life and will therefore be shut down on March 31, the civil engineering and waste disposal department of the city of Zurich informed in a message . The area managed by the Josefstrasse plant will in future be supplied with district heating from the Hagenholz plant via a new connection line, it said.

    The Josefstrasse cogeneration plant has been operated by the City of Zurich together with Energie Baden-Württemberg AG ( EnBW ) since 2011. The municipal service department ERZ Disposal + Recycling Zurich was responsible for operations. EnBW was responsible for the procurement of waste in neighboring countries. The two partners founded Fernwärme Zürich AG (FWZ) for the joint operation of the waste-to-energy plant.

    With the closure of the Josefstrasse plant, the two partners are now ending their cooperation. As previously contractually agreed, the City of Zurich is therefore buying up EnBW's 40 percent stake in FWZ. The notification puts the purchase price at 480,000 francs. Following the complete takeover by the City of Zurich, the FWZ is to be liquidated.

  • Canton Schaffhausen increases stake in cantonal works

    Canton Schaffhausen increases stake in cantonal works

    The canton of Schaffhausen is buying a temporarily owned 10 percent stake from its power station, informs the canton administration in a message . The shares were sold by the canton to EKS three years ago when the canton took over a total of 25 percent of EKS from Axpo Holding . At that time, the canton had sold the remaining 15 percent to EKT Holding AG ( EKT ) from Thurgau.

    The canton paid Axpo a total of CHF 53 million in 2017 to acquire the block of shares. They were reapplied by reselling 10 percent to EKS at a price of 21.2 million francs and reselling 15 percent to EKT at a price of 31.8 million francs.

    In January of last year, the canton considered buying back the shares held by EKS as part of its ownership strategy, the announcement further explains. The EKS never intended to hold the shares itself in the long term, it says there. As the purchase price, the two partners have agreed the price of 21.2 million francs already paid for the transaction three years ago.

    After the transaction, the canton will hold an 85 percent stake in its cantonal works. The remaining 15 percent of the EKS should remain in the possession of EKT. The canton administration wrote that this was welcomed “particularly with a view to the synergy potential in the network area, both by the government council of the canton of Schaffhausen and the government council of the canton of Thurgau as well as the boards of directors of EKS and EKT”.

  • Cantonal court rejects objections to the wind farm

    Cantonal court rejects objections to the wind farm

    The Cantonal Court of Neuchâtel gives the green light to the Montagne de Buttes wind farm . It rejected all objections to the Verrivent SA project. The plaintiffs can now appeal.

    In an identical media release, wind farm operator Verrivent and its half owner, the energy supplier Groupe E Greenwatt , welcome the positive signal. "The decision shows how important the Montagne de Buttes project is for the future of an entire region," Verrivent Chairman of the Board of Directors Alain Sapin is quoted in the press release. The other half of the share capital of Verrivent SA is held by Services Industriels de Genève (SIG). It is planned to open up the share capital to the community in the long term.

    According to the notification, this judicial decision follows a decision of the Neuchâtel government council. In May 2019, he dealt with all objections to the public edition of the cantonal map. The wind farm is part of this plan. In addition, the canton decided on December 28, 2020 to reject all appeals filed in June 2016 against building permit applications in the three affected municipalities of Val-de-Travers, Les Verrières and La Côte-aux-Fées.

    The Montagne de Buttes wind farm with 19 wind turbines is to be built on this site. With an annual electricity production of around 100 million kilowatt hours, it should cover 10 percent of the current annual electricity consumption in the canton and save 180,000 tons of CO2 per year. The investments amount to 140 million francs.

  • Winners of the Watt d'Or energy award have been announced

    Winners of the Watt d'Or energy award have been announced

    The Federal Office of Energy awarded its Watt d'Or energy prize for the 14th time on January 7th. The award is intended to publicize exceptional achievements in the energy sector. But there is no prize money.

    The prize was awarded in four categories. In the Energy Technologies category, Adaptricity emerged as the winner. The spin-off from the Swiss Federal Institute of Technology Zurich ( ETH ) is developing software that facilitates the planning and monitoring of distribution networks. In doing so, it helps to make the grids fit for the future of energy.

    In the renewable energies category, ABB and Romande Energie won a power plant in the Alps. On the Lac des Toules reservoir in Valais, Romande Energie operates a hydropower plant that also supplies solar power. The facility is unique for this height. ABB was able to successfully solve the technical challenges encountered during construction.

    In the energy-efficient mobility category, a joint project by the companies Hydrospider , Hyundai Hydrogen Mobility, H2 Energy and the H2 Mobility Switzerland association emerged as the winner. The partners want to set up the world's first commercial cycle for renewable hydrogen in Switzerland. This is intended to facilitate the use of hydrogen vehicles.

    There were two winners this year in the building and space category. On the one hand, the Umwelt Arena Schweiz from Spreitenbach AG and René Schmid Architekten AG have won. They convinced with a development in Männedorf ZH. Walter Schmid, energy pioneer and president of the Umwelt Arena Schweiz foundation, and his son, the architect René Schmid from René Schmid Architekten AG, rely on energy self-sufficiency in the association. Specifically, renewable electricity is produced with photovoltaic systems and wind energy systems. Half of this is used by the tenants. The rest is transported to a power-to-gas plant, converted into renewable gas and stored in the natural gas network for electricity and heat production in winter.

    On the other hand, St.Galler Mettiss AG and Beat Kegel won in this category. You have converted an old building into a passive house. In doing so, they relied on a new concept, which enabled the project to be implemented cheaply. The new tenant of the building is the University of St.Gallen .

  • Canton Uri provides 3 million energy-saving renovations

    Canton Uri provides 3 million energy-saving renovations

    The canton of Uri has adopted its Energy Uri 2021 funding program. In the coming year he wants to make a total of 3.1 million francs available for energy-efficient renovations. This means that the funds available are roughly as high as in the current record year 2020.

    The focus of the support program is the renovation of building envelopes, as the canton explains in a press release. These make a major contribution to ensuring that the federal and cantonal energy and climate targets can be achieved. With a subsidy rate of 60 francs per square meter, a high incentive will continue to be set for the renovation of the building envelope, it is said. The canton also offers advice in this area. In addition to the non-binding initial consultation at the Uri Energy Office, more detailed advice is now being launched.

    In addition to the renovation of buildings, the program also supports the replacement of old oil heating systems or solar energy.

  • Methanology relies on crowd financing

    Methanology relies on crowd financing

    Methanology has developed a process with which methanol can be produced from water, CO2 and renewable electricity, explains Methanology in a press release. With the patented willpower energy technology, excess energy from renewable sources can be stored in the form of methanol. Alcohol, which is toxic to humans, is suitable as fuel for machines or as a substitute for heating oil. The young company from Neuhausen am Rheinfall wants to contribute to the energy transition with its technology.

    A prototype of the willpower energy reactor developed by Methanology can be found as a single system in most basement rooms, the start-up writes in the press release. Its modular and scalable design also enables the production of larger quantities of methanol, such as would be necessary for the operation of a ship, for example. Methanology aims to bring its technology to market maturity within three years. For the appropriate development of the prototypes, the young company now has a campaign for swarm financing launched.

  • ABB is building off-grid charging stations with AFC

    ABB is building off-grid charging stations with AFC

    ABB and AFC Energy have agreed on a cooperation to bring hydrogen-powered charging of electric vehicles to the global market, according to a media release from AFC, based in Carnleigh, southeast of London. The cooperation with "the world leader in electrification technologies" ABB, so the announcement, found a global market of at least 140 billion dollars by 2030 for the charging of electric vehicles.

    Both companies want to use the hydrogen fuel cell system developed and manufactured by AFC, which supplies clean electricity for on-grid and off-grid applications. Off-grid charging stations for e-vehicles are also possible with such fuel cells and deliver CO2-free electricity. The partners will jointly market the integrated product and jointly develop a communication strategy for branding and use. It should be ready for use in the UK, Europe, the United States and other countries in the second half of 2021, according to the press release.

    Frank Muehlon, head of global e-mobility infrastructure solutions business at ABB, is quoted as saying, “ABB is a leader in e-mobility solutions and is proud to have played a key role in promoting e-vehicles around the world. The partnership with AFC Energy enables us to push the boundaries of e-mobility, especially with regard to off-grid applications, and thus enable a much greater range of e-mobility based on clean energy. ”Adam Bond, CEO of AFC Energy: "Today marks a historic milestone in the commercialization of our proprietary hydrogen fuel cell, as we begin a long-term collaboration with ABB." ABB offers strong and credible access to important customer channels in Europe and overseas.

    According to the announcement, the partnership will focus on the joint use of integrated high-performance EV charging systems in ABB's key markets. These are private users such as logistics companies and urban transport. The systems could also be used to supply power to ships and vertical take-off and landing vehicles (VTOL) because they are not connected to the grid.

  • Gilytics convinces with software for the construction of lines

    Gilytics convinces with software for the construction of lines

    Gilytics has raised CHF 1 million as part of a seed financing round, according to a media release . The high-tech start-up fund, the Swiss Startup Group and the Zürcher Kantonalbank have invested.

    Gilytics was able to convince with software that can be used, for example, to plan overhead line and underground cable connections. The software can determine the routes of power lines based on geospatial data. Users can analyze detailed scenarios with 2D, 3D and augmented reality visualization. In addition to laying power lines, the software can also help with the planning of rails or roads.

    "We are impressed by the team's industry knowledge, the proven technology and the commercial traction that has already been generated with leading companies in the industry in Switzerland and across borders," says Fabian Hogrebe, Investment Manager at High-Tech Gründerfonds, quote in the communication.

    Gilytics wants to use the fresh funds to further develop functions to support construction supervision and the operation of solar and wind projects. At the same time, the company wants to expand its operating network.

    Gilytics was spun off from the Swiss Federal Institute of Technology Zurich ( ETH ) in 2017 and is based in Zurich.

  • Sensors save up to 90 percent electricity at bus stops

    Sensors save up to 90 percent electricity at bus stops

    Verkehrsbetriebe Zürich ( VBZ ) and the municipal energy supplier ewz tested the use of new LED lighting at several stops in the first half of 2020. These are built in with motion sensors with which the light can be weakened to a tenth of its strength when nobody is at the stop.

    The tests have shown that power consumption can be reduced significantly. "Viewed across all illuminated bus stops, the average energy saving for LED lights with motion sensors is around 90 percent, with the situation-specific regulation of brightness additionally reducing light emissions," Martin Suter, head of bus stops at VBZ, is quoted in a statement from his company. In addition, the service life should be able to be more than doubled by weakening the light to 25 to 30 years, according to the announcement.

    In the next five years, the previous fluorescent tubes at all bus stops are to be replaced by the new LED lighting.