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EGEB: Tunisia launches bid for a 500 MW project, Australia to meet its easy renewable energy target, landfill converted into solar farm

Electrek Green Energy Brief: A daily technical, financial, and political review/analysis of important green energy news.

Today on EGEB, the Tunisian government opens bidding for 5 new plants using photovoltaic technology. Australia’s Clean Energy Regulator announced that the government’s unambitious renewable energy target will be met by 2020. The town of Islip on Long Island want to valorize precious space wasted by a landfill by turning it into a solar farm.
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USA’s CO2 energy emissions predicted to rise in 2018 – after years of falling

What goes up, must come down…but what was going down – is now going up.

The US Energy Information Administration (EIA) has projected that the USA’s CO2 emissions from energy usage – burning oil, coal and gas – will increase in 2018. The main driver is a predicted increase in ‘heating degree days’ – number of days that Americans will need to warm their homes. Concurrently, an increase in ‘cold heating days’ – air conditioner needing days, the continued increase of oil burning in cars, and a decrease in hydroelectric generation will also affect the final balance of clean vs dirty energy production.


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Tesla responds to Singapore’s Model S CO2 emissions test, and could it be as simple as poor math?

Win-A-2016-Tesla-Model-S-1

Last weekend we reported on Singapore’s Land Transport Authority (LTA) slapping an important tax surcharge on the Tesla Model S after running some emission tests and rating its energy consumption at 444 Wh/km. After accounting for Singapore’s grid emission factor of 0.5 g CO2/Wh , the LTA determined that the Model S somehow ended up on the worst end of the global city’s scale for vehicle pollution (C3 band).

Tesla has now issued a response (you can read the full statement below) and claims that when the Model S tested by LTA left Tesla’s factory in 2014 (yes it took a while to import it), it had an energy consumption rated at 181 Wh/km, less than half of what Singapore’s transport agency is claiming. How can we account for the discrepancy? 
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