TBB.2022 Photo Contest Photos Xu Zhang Mobility winner Simone Tramonte Sustainable energy in the production sectors winner Robbert Frank Circular energy Pranab Basak Circular energy Mukesh Dewatwal Energy efficiency for the people Mikhail Kapychka Energy efficiency for the people winner Klienne Eco Circular energy winner Klaus Vartzbed Circular energy JOSU ZALDIBAR HIERRO Mobility Jahid Apu Sustainable energy in the production sectors Huy Nguyen Quoc Sustainable energy in the production sectors Eliud Gil Samaniego Overall winner DANILO VICTORIANO JR. Energy efficiency for the people BERNARD II RECIRDO Runner-up winner ARPAN CHOWDHURY Energy efficiency for the people Tuy Tran Van Ecosystem Lê Vinh Ecosystem Le Thanh Ecosystem Anne Gaertner Ecosystem winner Yevhen Samuchenko Sustainable energy in the production sectors Show more photos Previous Next TBB.2021 Photo Contest Photos Anzalcollar Solar People enjoy on jetty next to floating solar panels The future in La Paz is literally in the air. In the administrative capital of Bolivia, that was one of the most polluted city in the world, since less then two years the 'Teleferico' system with its eight lines, is the highest, longest urban cable car system in the world, for this La Paz’s “subway in the sky” was guaranteed a mention in the Guinness World Records book. With solar panels on each cable car to power the doors, lights and Wi-Fi, the new system is undoubtedly more environmentally friendly than any of its rivals. This urban mobility system, whose cables are intertwined in the clear sky cutting the profile of Mount Illimani, connects the different neighborhoods of the city and has replaced in a few years the diesel buses that climbed the impervious streets of the highest capital in the world making the traffic impossible and the air unbreathable. The Les Mées solar farm, alpes de Haute Provence, France. The plant covers an area of 200 hectares with a total of 112,000 solar module. The solar farm, which was build by Siemens Energy, generates 100MW of clean energy, enough to power 12,000 typical households. Sadhupur, West Bengala, India. The guardian of the solar mini-grid system walking among the batteries. This is one of the 5 mini-grids systems on the island: 4 in DC and 1 in AC, with different tariff schemes and reliability factors. Household PV systems are visible in most houses also. In late 2018 the national grid arrived, some connected to the new service, some did not. Nowadays there is an overlapping technology. No rules are in place to integrate the existing services, so many families has joined all options: the new grid, the old DC network and a family panel. Annette, Sanivation Project in Naivasha, Kenya Annette is currently one of two women working at the Sanivation enterprise. The small plant is situated on Lake Naivasha, home to an array of wildlife that dominates the area, including zebra, antelope, giraffe and hippos. This innovative program started by two students from Georgetown University, partners with local governments to create a profit by transforming human feces into solid fuel charcoal balls. Worldwide, less than 10% of human waste is properly treated before it is dumped into the environment. The Sanivation project services household-container based portable toilets in people’s homes and collects the fecal sludge. This waste is brought back to the plant where it is treated and decontaminated with solar thermal heat treatment. Annette mixes this coal with water and molasses as a hardening agent to make the briquettes. The finished briquettes are packaged and discounted to local vendors to be sold as cost efficient fuel to their customers. It sells for cheaper and burns for longer than regular charcoal briquettes. The fuel they produce saves 88 trees per ton, helping to curb deforestation. Light and books. Ngarenanyuki, Tanzania. A 3 kW hydroelectric system on an irrigation canal and a 3 kW photovoltaic system on the roof power the school's classrooms, library, dormitories and the teachers' houses. For generations, great efforts have been put into getting children to register for secondary school. This effort may be in vain if the school has no access to electricity. Everyone expects electricity to be available for professional education, a school without electricity is a missed opportunity for the development of an entire generation of students. A hydroelectric plant on an irrigation canal and a photovoltaic system on the roof of the school feed classrooms, library, dormitories and masters' houses. The efforts of generations to get their children to secondary school are thwarted if your school does not have the light, but that of the neighboring village does. Expectations at work, on the level of education, are increasingly calibrated to those who have the light. "Having the light - says the principal - does not mean having books but the possibility of reading them". Old meets new energy Show more photos Previous Next TBB.2020 Photo Contest Photos Show more photos Previous Next TBB.2019 Photo Contest Photos Road to Sustainability Mario Bejagen Cardenas, Philippines Energiewende North Sea offshore wind farm Luca Locatelli, Italy Nacelle, Wind farm in Calabria, Italy, Luca Locatelli, Italy Wind Energy Transforming our future Rajendra Malviya, India Wind Energy of A Residential area Rajendra Malviya, India Solar Lamp Bernard II Recirdo, Philippines Connectivity Bernard II Recirdo, Philippines Powering the future Gary Cummins, Canada The Winter Sun Federico Borella Italy Old and New Energy Hans van Tillo, The Netherlands Tanzania Annie Griffith, USA India Annie Griffith, USA Hydro 2 Brent Stirton, South Africa Dutch windmillpark in the Northsea Flip Franssen, The Nethrerlands Clone Flip Franssen, The Netherlands Go green Towards Enlightenment Arpan Basu Chowdhury India Wind energy sets the course Robbert Frank Hagens, The Netherlands Clean energy colors the earth Robbert Frank Hagens, The Netherlands No title Gaea Lei Osilao Philippines Wind Joel Forte, Philippines Lifeline Jan Janssen, The Netherlands Electrified remote village Petrut Calinescu, Romania Wind Power Petrut Calinescu, Romania Two hours of Energy per Day Albert Dros, The Netherlands Wind world Albert Dros, The Netherlands Harvesting the fruit of technology Danilo Victoriano Jr., Philippines Displaced Jashim Salam Bangladesh Solar Panel Installation, Kubuqi Desert China George Steinmetz USA A way through the stars Federico Borella Italy Show more photos Previous Next TBB.2018 Photo Contest Photos A clear view of the Future Keith Arkins, Ireland An island woman with a lamp Vlad Sokhin, Russia Chasing the light Frederieke Brandenburg, Germany Dubai solar revolution Luca Locatelli, Italy Energy oxymoron 1 Marco Garofalo, Italy Farmer on the heap of husk George Koruth, India From above Staffan Widstrand, Sweden Looking to the future Roberto Bueno, Spain Moving Towards Horizons Of New Energy Giles Clarke ,USA Pete Ferrell Rancher Beaumont Kansas USA Ed Collier, USA Rotor blade delivery, bird's eye view Joan Sullivan, Canada Solar Maasai Marco Garofalo, Italy Solar Reliant in a War Zone Giles Clarke Solar orange Joan Sullivan, Canada The Education on Solar Energy Sudip Maiti, India The light inside. Maraco Garofalo, Italy The Milky and eolic way Roberto Bueno, Spain The Winds of Change Sandesh V Kadur, India When the smoke is clean Roberto Bueno, Spain Wind Energy for brighter future Sudip Maiti, India Show more photos Previous Next
