Mesh Power microgrids
Created in 2013, Kigali-based Mesh Power operate solar-powered microgrids that use innovative electrical and mobile technology to provide clean and affordable electricity services to low-income, off-grid communities in Rwanda.
Created in 2013, Kigali-based Mesh Power operate solar-powered microgrids that use innovative electrical and mobile technology to provide clean and affordable electricity services to low-income, off-grid communities in Rwanda.
The city of Herzogenrath plans to cover its energy demand with zero CO2 emissions by 2030. Building on an existing solar farm operated by GREEN Solar, the concept involves, among other things, expanding the generation of power from solar energy as well as building a number of wind turbines. The power generated from renewable sources will be stored and converted into electricity during times when no energy is produced from sun and wind, and supplied to homes in Herzogenrath.
GreenStock’s digital platform enables developers to easily locate and reuse building materials and cut construction waste.
GreenStock’s cloud-based platform streamlines logistics for the reuse of building materials. Organisations can use the platform internally to map available materials in existing buildings and leftovers from building projects in a database for reuse in future construction projects. This will reduce carbon emissions as well as overall building costs.
TotalCtrl Restaurant promotes sustainable operations by providing restaurant owners and employees with digital control over food inventory.
When a food delivery has arrived, staff use TotalCtrl Restaurant to confirm that the invoice matches the delivery. This ensures that the restaurant has the correct quantity and type of goods, as well as an overview of the expiry date for each item. The solution sends notifications when items are about to expire, enabling staff to prevent food waste.
The Food Care Programme “Cuidemos los alimentos” was created by the City of Buenos Aires with the aim of creating a sustainable food policy, reducing food waste, and promoting responsible consumption among citizens through the implementation of recycling initiatives and providing training in schools.
Cool Streets combines scientific research and public engagement, working with local communities to implement effective street tree plantings that provide shade in heat-affected urban areas and reduce CO2 emissions. Cool Streets provides a practical way for people to take action. Residents, community groups, schools, councils, housing corporations and developers can get involved and achieve environmental, economic and social benefits for their local area.
Miskolc city’s district heating system, reducing greenhouse gas emission by 40 percent compared with the previous gas-based heating system. The geothermal project produces 660,000-1,000,000 gigajoules (GJ) of energy annually providing nearly 32,000 households and 1,000 public amenities (university, swimming pool, etc.) with heat.
Blue Gate Antwerp is being developed into a water-linked eco-effective industrial park. With this site, the City of Antwerp and the Flemish Region want to attract innovative businesses – both domestic and international – marking a new milestone for Antwerp in its innovative history.
SunSpot uses geographical information systems data to estimate the technical potential of rooftop solar, accounting for the tilt of roof surfaces and shading at the site.
The Australian Photovoltaic Institute and the University of New South Wales have partnered with Solar Analytics and Enosi in the Energy Data for Smart Decision Making project to develop an open modelling platform that uses spatial data and data on solar exposure, energy generation and consumption to help end users calculate the solar power potential of areas of interest.
One Central Park is currently the tallest building in Australia, covered with vegetation. Designed by Jean Nouvel and Patrick Black, the 166-meter-high building was built in 2013. The façade of the building is covered with 350 species of plants native to Australia. Their motorized mirrors on the roof reflect the sun’s rays so that the plants in the shadier parts of the building also get enough light. A 15 km stainless steel wire rope and 5,500 planters were used for the green walls.