Economical Renewable Energy for more Independent States

The widespread adoption of renewable energy is not only a good indication of a change in popular thinking, but also highlights an increasingly economical and efficient way of generating electricity. A major Missouri utility, Ameren, has just announced an addition to the state’s renewable energy resources with a 400-megawatt wind farm. The long-term benefits of these projects have made them more and more attractive.

Renewable energy, for a state like Missouri, is a path towards energy independence.  Traditional sources of energy come from imported coal, whereas renewable energy systems could potentially be developed within the state, thus reducing future imports.  Does it make sense for states to be more energy independent?

From the related article:

Ameren to establish state’s largest wind farm in northeast Missouri

Ameren announced an agreement Monday to move forward with a 175-turbine wind farm in northeast Missouri — which, when constructed, would be the largest in the state.

The St. Louis-based electric utility expects the project to break ground in summer 2019 in Adair and Schuyler counties. The 400-megawatt wind farm will be built by an affiliate of the utility-scale renewable energy company, Terra-Gen, and acquired by Ameren after its completion.

Ameren — which generates about two-thirds of its electricity from an aging fleet of coal-fired power plants — hailed the announcement as its “first major step” in realizing the renewable energy goals outlined in a 20-year outlook it submitted to state regulators last year.

http://www.stltoday.com/business/local/ameren-to-establish-state-s-largest-wind-farm-in-northeast/article_e9851727-ecad-5095-ae9a-ddc1c15f5d6d.html

Contact U.I.I. if you’d like to partner in more renewable energy studies!

Energy Transitions – Haiti

Many societies around the world rely on wood and charcoal for cooking fuel. In some cases, this resource is not plentiful enough to sustain the population growth.  This can lead to environmental problems in the form of deforestation and erosion. Furthermore, the particulates that are inherent to the wood smoke are oftentimes inadequately ventilated. This can lead to harmful health effects over a lifetime of exposure. Our neighbor country, Haiti, is very familiar with these issues.

The answer to these problems is not as simple as switching to electric stoves.  For countries like Haiti there are people who cannot afford an electric cook stove, let alone have access to electricity. While electric stoves could be the long-term solution, what could be the next step towards this energy transition? One solution could be propane gas, also known as Liquified Petroleum Gas (LPG).

Implementing programs and markets that make LPG available and economical could assist with an energy transition. This step could, over time, reduce the charcoal demand by creating a substitute product and a new market.

In turn, the forested areas of the country should see less pressure from the charcoal demand, leading towards a more sustainable tree harvest rate. Higher levels of forestation would lead to better erosion control, food production, cheaper charcoal, wildlife diversity, and improved air quality.

Use of cleaner burning LPG stoves would also provide health benefits by reducing particulates previously associated with cooking. Better health means more productive lives, and reduced demand on the health system.

An energy transition requires access to the LPG market and stove components. The adoption of LPG within a percentage of the Haiti population could create a balance with charcoal demand that creates a sustainable solution for the country.

From the related article:

Tackling one-tenth of Haitian deaths and helping the environment

Another approach is to tackle deforestation by reducing demand for forests to be felled. Between 70% and 95% of the energy used for cooking in Haiti comes from wood and charcoal.

The vast majority of Haiti – 94% of the population – cooks with solid fuels, evenly split between wood and charcoal. Nearly half cooks outdoors, more than one-third in a separate building, and 15% in the house.

The resulting air pollution is a silent killer. According to new analysis by environmental economist Bjorn Larsen, this was responsible for 8,200 deaths in Haiti last year. That is one death in ten, making it the fourth most serious health risk factor after malnutrition, unsafe sex, and high blood pressure.

The cheapest option is to substitute cleaner versions of the charcoal and wood-powered stoves used by Haitians today. While the benefits of just improving the status quo are relatively limited, the cost is as little as $10 or 670 gourdes, and nearly 4 gourdes of benefits would be achieved for each gourde spent.

While encouraging the adoption of LPG or ethanol would be much more expensive, the health benefits are 1.5 to two times higher, and thus this is the only real longer-term solution.

More than 4,150 deaths could be avoided annually by full adoption of LPG or ethanol. Non-health benefits include a reduction in wood collection time and fuelwood savings as high as 6000 gourdes per year for some households that switch.

But large-scale roll-out of cleaner cookstoves has had very limited success so far. A big factor is monetary: the high initial cost of the stoves and of LPG and ethanol fuel.

https://www.huffingtonpost.com/entry/tackling-one-tenth-of-haitian-deaths-and-helping-the_us_58cfb69ae4b07112b6472f7d

 

U.I.I. has been working to develop energy solutions for countries like Haiti. Contact us if you’d be interested in working with us on one of these projects.