Systematic Risk Assessment
“How can we assess risk on the systematic scale?”
Risk assessment can be done for a wide variety of topics. But if one wants to apply it on a high-level, such as analyzing power-plants or bridges, then one will need to apply Systematic Risk Assessment, which can be much more challenging than component level risk analysis.
Fire Risk Analysis
“How can we analyze fire risk?”
Property catching on fire can be very dangerous. Whether it be a single building or a transmission line, the damage can be an order of magnitude worse than expected. Because of this, many property owners use risk analysis methods to keep their investments safe. This Fire Risk Analysis can be accomplished through the amalgamation of a multitude of methods, such as analyzing historical dire data, on-site building inspections, and material analysis.
“How can we analyze risk?”
Every engineering, business, or policy action has some sort of risk attached. Whether it be installing a wind turbine or funding a renewable energy startup, something could go wrong. As a result, before institutions will make a Risk Analysis to see if taking such an action is rational. Risk analysis can be performed in a multitude of different ways, both qualitatively and quantitatively.
Why Solar Hot Water Heaters Save Can Save A Lot of Energy and Money
“How can installing a solar hot water heater save you a lot of energy and money?”
One of the most energy intensive processes in building energy consumption is heating hot water. Millions of kilowatt hours go into this process every year, consuming a voluminous amount of energy and money. However, by installing a solar hot water heater which can do this passively, not only does energy usage plummet but also cost. This is Why Solar Hot Water Heaters Save Can Save A Lot of Energy and Money.
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Time-Dependent Grid Emissions
“How can thinking of greenhouse gas emissions on a more minute level lead to more accurate recordings of greenhouse gas emissions?”
When grid emissions from electricity is analyzed, typically it is done so on a per-day or per-annum basis. However, with greater levels of distributed energy resources on the grid now, emission rates can vary hour to hour. By taking in Time-Dependent Grid Emissions to account, we can obtain a better picture of how much greenhouse gases are being released into the atmosphere. Demand side-response can help further minimize such emissions.
How Solar and Wind Will Be so Cheap That It Will Cause Coal Plants to Retire
“How will the low cost of renewables force coal plants to retire early?”
Solar and wind are dropping at cataclysmic rates. So much so, that new analysis has shown that soon in some parts of the world renewables will be so cheap that installing them will actually be cheaper than keeping existing coal infrastructure running, economically forcing such plants into early retirement. This is How Solar and Wind Will Be so Cheap That It Will Cause Coal Plants to Retire.