The big picture above shows the plant after the hurricane. The planting was completely destroyed by the storm. In the coming weeks, our team, together with our project partner Windsor High School, will start replanting and resume training.
"Dorian" - one of the strongest ever recorded tropical storms in the Atlantic Ocean - caused storm surges with five and a half to seven meter high waves. The storm raged over the Bahamas for three days. Wind gusts reached speeds of up to 350 km / h. According to the Red Cross, about 13,000 houses were destroyed.
Every year, the Caribbean and the Indian Ocean are hit by severe tropical storms. It is therefore essential for sustainable management that our training facilities withstand these catastrophes.
In the Bahamas, our hurricane resistant SUNfarming SP Food & Energy substructures and glass / glass solar panels with special fixings have proven this in an impressive way. The photos of our employees clearly show that the greenhouse design details of the Food & Energy training facility developed by SUNfarming rightly bears the title hurricane-resistant.
SUNfarming Hybrid Training Center in the Bahamas
The Hybrid Training Center will demonstrate the conditions for developing an economic model that will contribute to the independence of the Caribbean countries in relation to fossil fuels, the environment and the environment in a model facility dedicated to the topics of SF Food & Energy and fuel efficiency management at bioltec Improving the quality of life of their inhabitants.
Some benefits for society and the environment in numbers:
10,000 kWh of solar energy
10-15 kg of tomatoes per plant
Up to 90% water savings
40,000 kWh of electricity CHP
16,000 liters of UCO converted into biofuel
80,000 kWh of thermal energy CHP
40 t of CO2 savings
95% greenhouse gas savings compared to fossil diesel
Typically 50% less toxic exhaust gases (with similar NOx)
Training in hydroponics, PV technology, electromobility and water saving in agriculture
Local and independent domestic food and energy production
The Caribbean region is highly dependent on imported fossil fuels to generate energy, resulting in higher CO2 emissions and electricity prices of up to 0.40 USD / kWh. These prices prevent growth in many economies in the region and lead to high business costs.
Another important issue in the Caribbean is food security, where up to 80% of the food consumed has been imported.
SUNfarming Agro-Solar greenhouses or as modified free-field plants and biofuels made of 100% waste oil (UCO) are combined to form a hybrid system. The same land area is used for the production of food, electricity and heat energy. Jobs will be created in agriculture and in renewable energies. At the same time it serves as a training center for students and interested locals for e.g. electromobility, photovoltaics and combined heat and power generation and form the technological basis for capacity building, research and technology transfer.
Emissions, energy and food costs are reduced, and future generations will be informed about the benefits of the hybrid system.
Since 2016, we have flocks of sheep for grazing our solar systems in Mecklenburg Vorpommern in use.
Prerequisite for the functionality of the solar modules is the prevention of shading by the plant growth. The regular care of the vegetation by sheep grazing prevents shading of the modules. In contrast to mechanical mowing, there is no dust or damage caused by falling rocks. Checking the shepherd at irregular times also reduces the risk of theft.
SUNfarming has had good experiences with this environmentally friendly and gentle care of the areas. SUNfarming has created 1000 hectares of PV solar plants over the past 15 years and these areas must all be mown.
"For me, the consistently short surface is better for the service, because otherwise was always mowed when the grass was already knee high and a come through was rather exhausting. I am often approached by residents or walkers, who always tell me that they like the sheep very well, explains Marco Ströde, SUNfarming technician for service and maintenance.
The shepherd also benefits from this secure pasture, which has already been fitted with a wire mesh fence.
The modules are a good shade dispenser and windscreen and the substructures provide shelter for lambing sheep. The areas are unloaded as no fertilizers and pesticides are used.
Conservation welcomes the dual use of land, the extensive grazing has positive effects on biodiversity, the practice of the pasture pasture sheep serve other animal and plant species as a means of transport and increase biodiversity.
On 2 ha of solar park, additional solar nets and barriers will be installed under the solar tables, allowing the keeping of free-range chickens. Trainings and jobs will be created for Syrian refugees in the fields of solar technology, electromobility and organic egg production. The training program consists of practical and theoretical lessons. The theory lesson takes place in a purpose-built training center. Directly connected to this complex is a shop which is also operated by trainees. Here, the agricultural products according to eu standard produced products , are sold directly and impart practical and theoretical business knowledge to trainees.
This project was made possible as a large PPP (Private Partnership Project) through the support of the BMZ (Federal Ministry for Economic Cooperation and Development), run by Deutsche Energie-Agentur (dena) – the German Energy Agency.
"Education and jobs are being created, food supplies and sustainable energy production are contributing to a responsible, safe way of life and giving people here a future perspective for a later return to their homeland, explains Peter Schrum SUNfarming founder and main shareholder.
"We would like to thank DEG for making the" Blue Print " for bigger investments in Syria possible with this large Food & Energy training facility, continues Peter Schrum.
For this project, special substructures and brackets were developed by our subsidiary SOLprime, which makes it possible to raise the solar tables up to 4 m. Working under the tables is thus easily and effectively possible. To protect the chickens, additional nets were installed between the solar tables. Special laying devices according to the EU Organic Regulation, designed by SUNfarming in cooperation with German laying hens specialists and transported in individual parts to Osmaniye, were already assembled in first training sessions by Syrian trainees.
The Global Summit on Market Innovation and Development, hosted by CHINT, China's leading smart energy solution provider, held in Wenzhou from 9-11 September, focused on "Global Energy, Smart Interconnection". The event aimed to explore the challenges and opportunities facing the energy sector while providing a platform for the demonstration of new and innovative products.
The event attracted scholars from academic institutions, industry experts and leading players from over 140 countries, as well as CHINT's business partners across the globe. Participants gathered to discuss and share expertise on industry trends and critical issues. Highlighted discussions include the keynote speeches on CHINT's innovative milestones in the Industry 4.0 era, energy storage & solar, smart grid, smart meter as well as low voltage fields.
"Africa is a key partner in the fight against climate change, with the aim of enabling Africa to deal with the consequences of climate change, but it is also about a new partnership for sustainable energy supply." In the project YESPV-NIGBEN, German know-how is being developed helping to improve the food supply in West Africa, we are using research and innovation to support sustainable business models and perspectives for the people in their home countries of Nigeria and Benin, "said Research Minister Thomas Rachel.
With the three-year project YESPV-NIGBEN ("Earnings analysis and socio-economic impact assessment of photovoltaic-assisted food production and drying in the tropical climate of Nigeria-Benin"), researchers from Nigeria, Benin and Germany are contributing to solving this problem To reduce land use conflicts between agriculture and energy production, combined "photovoltaic greenhouses" are developed for the cultivation of fruits and vegetables. The photovoltaic system adapted to local conditions allows power to be generated for the greenhouse and the local utility grid. Greenhouses are the basis for a predictable, continuous production of food. At the same time, drying systems are operated with solar energy, and ventilation and management systems are developed. The goal: to make local crops more effective than before. Thus, surpluses can be processed in large quantities.
"We were in Nigeria and Abuja in August at the Kick Off Meeting“, explains Holger Schönherr, SUNfarming project partner. "Every fifth inhabitant of Africa is starving. Heavy rainfall periods alternate with extreme drought. In Nigeria and Benin enough food can be produced, but the distribution and preservation represent two of the major problems. Thus 60% of the crops rot at harvest time. At SUNfarming, we are convinced that we can contribute to food safety through sustainable energy and drying processes with Food & Energy plants, "Holger Schönherr continues.
When handing over the funding certificates: (from left) Prof. Uwe Rau, Director of the Institute of Photovoltaics, Dr. med. Solomon Agbo, Corporate Development, Board Member Prof. Harald Bolt, Mobolaji Sakirat Ogundero, Deputy Nigerian Ambassador to Berlin, Secretary of State Thomas Rachel MdB, Peter Schrum, SUNfarming, and Prof. Ulrich Schurr, Director of the Institute of Plant Sciences
Copyright: Forschungszentrum Jülich / Ralf-Uwe Limbach
SUNfarming successfully completed seven new projects in the auction system. The latest projects are located in the provinces of Lower Silesia, Greater Poland, Lodz and Lublin. These are three 1-megawatt solar parks erected in the Lask district of Lódz, as well as four 1-megawatt investments in the provinces of Dolnoslaskie and Lubelskie. In line with the auction commitments, all seven solar parks started producing energy in June.
"We are happy about another 7 megawatts of clean energy for Poland. We thank all involved for the efficient and professional cooperation. With a planned PV capacity of 1.2 GW by 2020 with currently only about 360 MW of installed capacity, Poland represents an important future market for us, "said Martin Tauschke, Managing Director of SUNfarming GmbH and SUNfarming Polska sp.zoo.. "Further,we were able to secure 35 megawatt solar parks during the auction process in November; the planned investments are to be completed by the end of 2019 / beginning of 2020. However, we do not want to rely only on the Polish auction process, but also rely on PPA's (Power Purchase Agreements) for the development of larger projects, "explains Martin Tauschke.
The Polish auctioning system of procurement and an internal policy based on renewable energies allow SUNfarming as a medium-sized company to support the expansion of renewable energies and to make profitable investments in Poland. SUNfarming started the construction of the first 4 megawatt solar parks in Poland at the end of December 2018. By winning the tender, all PV parks benefit from a 15-year "contract for differences" with the Polish Energy Agency URE, which guarantees a fixed feed-in tariff for each kWh produced by paying the difference to the market price.
Photovoltaics is becoming increasingly important among renewable energy sources in Poland as it is the cheapest energy that can be obtained with existing technologies. In addition, the use of fallow land and soils with low soil quality spares agricultural arable land.