Energy Poverty Impacts Three Billion People. Time to Think Big.

Context: Energy demand in India is forecast to double between now and 2040 as the country strives to improve living standards for its population of over 1.3 billion.

Summary High penetration of variable renewables requires short-term and seasonal storage  A promising option is to use excess renewable power to produce hydrogen or “synthetic natural gas” which can be stored for later usage.   Power-to-gas needs much of the same infrastructure as gas-to-power, thus limiting risks of climate stranded assets.

Context: Nigeria has Africa’s largest population and economy, but Nigerians consume 144 kwh per capita annually, only 3.5% as much as South Africans.1 With only 12 GW installed, and typically just one-third of that delivered, Nigerian power production falls far short of demand, which is a primary constraint on economic growth.

Nigeria’s power sector was unbundled and partially privatized to establish a competitive market intended to improve management and efficiency, attract private investment, increase generation, and provide reliable and cost-efficient power supply.

From the World Economic Forum: Energy consumption, in all its many forms, enables everything from how we live, eat and move, to how we work and communicate.

I’ve written on Nigeria’s nuclear power ambitions before (here and here), but last month marked my first visit to the country.

Adequately tracking progress against energy poverty requires a metric that is more closely tied to income and employment than the commonly-used household access rate.

Danger and possibility under Lake Kivu Beneath the surface of the lake lies 60 billion cubic meters (bcm) of methane gas and 300 bcm of carbon dioxide originating from local volcanic activity.1 Without intervention, a gas eruption could occur within the next century.2 Located between Rwanda and the Democratic Republic of the Congo, over 2 million people live on the shores of the lake.

High power generation costs in Sub-Saharan Africa are driven by stark imbalances in supply and demand, poor utility performance, and constraints on independent power producers.

From OneZero: Modern life is amazingly energy intensive. All those computers, data servers, and air conditioners devour a lot of electricity.