Sentences with phrase «impact electricity access»

To help clarify what's at stake, we estimated how different OPIC energy portfolios would impact electricity access levels and additional generation capacity.

Not exact matches

At the same time, the 1.3 billion people without access to electricity and the 3 billion or so who still rely on burning wood or dung to fuel cooking or heating would need modern energy supplies, although this might prove to have minimal impacts on climate change through saving forests and other side effects.

Other factors that can impact on poverty and equality include access to quality basic services such as education, health care, essential infrastructure including water, sanitation, and electricity, and early childhood development.

However, the declining costs of renewables and efficient end - user appliances, along with innovative business models financing electricity access, are all having an impact, and have been transforming the energy access landscape, especially in rural areas.

Efforts to promote electricity access are having a positive impact in all regions, and the pace of progress has accelerated.

Climate Policy Initiative (CPI) and the World Bank Group tracked finance for electricity and clean cooking access in high - impact countries.

Estimates show an annual investment of $ 45 billion is needed to meet universal electrification, but the latest data shows that finance commitments for electricity in these 20 «high - impact» countries that represent 80 percent of those without electricity access is less than half that number, averaging just $ 19.4 billion a year.

Just over a quarter of development finance commitments for electricity access, or 28 percent, reached the 20 high - impact countries over 2011 - 15, with delays and under - disbursements being very common, especially for large grid - based energy infrastructure projects.

Binary metrics such as whether a household has an electricity connection, and whether a household cooks with non-solid fuels, do not help us understand the phenomenon of expanding energy access and how it impacts socioeconomic development.

It presents evidence of the impact of solar household systems, reviews the market in the region and 13 selected countries (listed in Table 1 below), and identifies the key policy measures to enable accelerated access to electricity through solar household solutions.

bearing in mind that only a small percentage of earths population have access to electricity, if we enabled all under developed countries in the world with fossil fuel electricity and heating systems, we would likely have to cover every sq inch of farmland in trees to combat climate change.rather than outright fighting the building of wind turbines (that in future times can be repaired at a fraction of the impact and pollution of replacing them) we should be putting pressure on the manufacturers of these systems and technologies to invest more in finding green solutions to using the polluting chemicals in the construction of turbines.

In 2014, 80 percent of people without access to electricity were living in just 20 high impact countries, all of them in Sub - Saharan Africa and Asia.

• Twenty high - impact countries in Asia and Africa account for about two - thirds of all people without electricity access and three - quarters of those using solid household fuels.

In this analysis I use this data to argue that access to electricity and fossil fuel energy consumption improve life expectancy even with the negative impacts of particulate matter.

This document brings report the key messages that emerged from the Third International Off - grid Renewable Energy Conference (IOREC 2016), including the importance of (1) mainstreaming off - grid renewable energy in national rural electrification strategies, (2) creating an ecosystem to accelerate deployment, (3) designing dedicated policies and regulations for the off - grid sector, (4) unlocking capital for energy access, (5) identifying the right business models for deploying off - grid renewables, (6) innovating to improve accessibility, reliability and range of electricity services, (7) strengthening the sustainability of energy access efforts and maximizing benefits and (8) harnessing the cross-sector development impact of off - grid renewables.

The annual average investment needed over 2010 - 30 to ensure everyone has access to electricity in the 17 high - impact countries covered by the Access Investment Model (AIM) ranges from just over $ 1 billion to provide everyone with access to 24 hours of electricity a day on very low - powered appliances (i.e tier 1) to around $ 40 billion to provide everyone with access to 23 hours of electricity a day on very high - powered appliances (i.e. tiaccess to electricity in the 17 high - impact countries covered by the Access Investment Model (AIM) ranges from just over $ 1 billion to provide everyone with access to 24 hours of electricity a day on very low - powered appliances (i.e tier 1) to around $ 40 billion to provide everyone with access to 23 hours of electricity a day on very high - powered appliances (i.e. tiAccess Investment Model (AIM) ranges from just over $ 1 billion to provide everyone with access to 24 hours of electricity a day on very low - powered appliances (i.e tier 1) to around $ 40 billion to provide everyone with access to 23 hours of electricity a day on very high - powered appliances (i.e. tiaccess to 24 hours of electricity a day on very low - powered appliances (i.e tier 1) to around $ 40 billion to provide everyone with access to 23 hours of electricity a day on very high - powered appliances (i.e. tiaccess to 23 hours of electricity a day on very high - powered appliances (i.e. tier 5).

Small, micro - and pico - hydro projects have even lower environmental impact and in places without grid access can be a great (if inherently limited) source of electricity.

But for others, who live in parts of the world with little to no access to power, whether it's because of lacking infrastructure or from the impacts from disaster or war (or just a lack of money to acquire it), having a solar charger and a battery to store the electricity in can make a huge — even a lifesaving — difference.

They dismiss this outright, insisting that expanding electricity access to this segment, even with fossil - fuel - based sources, would have only a minuscule impact on global warming.

In a world where up to half of the population either has no access to electricity whatsoever, or only severely limited access, a home energy device powered by humans could have a big impact in the developing world, and one philanthropist is willing to put his money where his mouth is in order to potentially change the lives of billions.

Through this argument, one can see that India is walking a tightrope between the twin challenges of ending energy poverty for its 400 million citizens living without electricity access while balancing the needs of the hundreds of millions more who will be impacted by a changing climate.

The two main issues he sees in bitcoin are in environmental impact and the instability that arises from the few bitcoin miners with the cheapest access to electricity exerting outsized influence.