Mexico's Largest Solar Farm Will Produce 64% of La Paz's Electricity

Aura La Paz Solar Farm

Aura Solar will begin delivering solar-generated electricity to the La Paz power grid by the end of August. The 100 hectares 250-acre site will provide 30 megawatts of electricity or about 64% of the La Paz requirements. The facility, managed by Aura Solar is being constructed by the Portuguese company, Martifer Solar which began construction in January of 2013. The extensive facility is located to the east-southeast of the La Paz International Airport with business development being managed by Gauss Energía, a Mexican company. The plant is estimated to cost $100 million US dollars.  

Sanyo Electric Solar Ark Science Museum in Anpachi, Japan

Sanyo Electric Solar Ark Science Museum see our map of solar energy in the area. 

Will The Solar City Tower for Rio Olympic Games 2016 Actually Get Built?

Solar City Tower for Rio Olympic Games 2016

The planned location is off Cotonduba Island.  This project is still in the proposal stage, and it is currently uncertain whether or not the project will get the green light.  The project will incorporate both solar power and pumped hydro technology.  See our map of solar energy in the area. 

World's Largest Solar Powered Office Building

Sundial Office Building China spans 800,000 square feet

The office building situated in Dezhou, China spans 800,000 square feet and is designed to resemble an ancient sundial, serving as a poignant reminder of the pressing need for renewable energy. It serves as the primary venue for the 4th World Solar City Congress and was officially inaugurated on November 27.

Within the building, visitors will find exhibition centers, research facilities, meeting, and convention spaces, as well as a hotel, all powered by an array of solar panels adorning its roof. Through the utilization of steel and wall insulation, the structure surpasses China's national energy efficiency standards, achieving 30 percent higher energy savings.

China recognizes solar development as a vital component of its broader development strategy, especially in light of recent energy shortages experienced in major cities such as Shanghai. Consequently, the surplus energy generated by the facility can be utilized for various purposes. One practical application is water heating, which is cost-effective. China is already a global leader in residential rooftop solar thermal hot water development, with CleanTechnica reporting that 75 percent of all solar thermal collectors worldwide are produced and installed in China.

Lancaster Schools Solar Energy Parking Shades

City of Lancaster Solar Schools Map

The City Has Equipped 25 Schools With Solar Energy Solar Parking Lot Shades and Roofs

Very Impressive!  

Lancaster Schools implementing solar energy parking shades is an excellent initiative that combines renewable energy generation with practical infrastructure. Solar energy parking shades, also known as solar carports, are structures built in parking lots that incorporate solar panels on their roofs to harness sunlight and convert it into electricity.

By installing solar energy parking shades in Lancaster Schools, several benefits can be achieved:

Renewable Energy Generation: Solar carports provide a clean and renewable source of energy by capturing sunlight and converting it into electricity. This helps reduce reliance on fossil fuels and lowers the school's carbon footprint.

Cost Savings: Solar energy can help offset a significant portion of the school's electricity costs. By generating their own power on-site, Lancaster Schools can reduce their reliance on the grid and potentially save money on utility bills.

Environmental Impact: The use of solar energy helps reduce greenhouse gas emissions, as it produces electricity without burning fossil fuels. By transitioning to solar, Lancaster Schools can contribute to local and global efforts to combat climate change.

Educational Opportunities: Installing solar energy parking shades can serve as an educational tool for students. It provides an opportunity to learn about renewable energy, sustainability, and the benefits of solar power. Students can also get involved in monitoring energy generation and understanding the environmental impact.

Improved Parking Conditions: Solar carports provide shade for parked vehicles, protecting them from direct sunlight and adverse weather conditions. This can be particularly beneficial during hot summer months, as it helps keep the interior of cars cooler and more comfortable.