Peak Electricity Demand Impact and Reducing Power Needs During Peak Periods

Peak Electricity Demand
Power generation and distribution networks are built with spare capacity to meet peak periods of energy consumption is usually a time when demand for heating and / or cooling is particularly acute accommodate. Normally, peak electricity demand in some cases last just a few hours every year. And while the networks have always had to cope with peaks in recent years, the electricity consumption during peak hours has increased dramatically in the afternoon. (more…)

Social and Environmental Implications of the Direct Energy Use Patterns of Households

environmental implications energy households
Lack of access to cleaner energy and the negative outwardnesses associated with energy consumption tend to cycle of poverty for poor households in developing countries. Because the poor lack access to, and often can not to afford cleaner and higher quality fuels and electricity and are therefore dependent on poor and inefficient burning biofuels such as wood and dung. (more…)

Renewable Energy Sources from Economic and Environmental Perspectives

renewable energy resources
Renewable energy sources cannot run out and causes so little damage to the environment that its use does not need to be restricted. No energy system based on mineral resources is renewable because, one day, the mineral deposits will be used up. This is true for fossil fuels and uranium. The debate about when a particular mineral resource will run out is irrelevant in this context. Renewable energy sources are replenished continuously.

Renewable energy sources—solar, wind, biomass (under specific conditions), and tides—are based directly or indirectly on solar energy. Hydroelectric power is not necessarily a renewable energy source because large-scale projects can cause ecological damage and irreversible consequences. Geothermal energy heat is renewable but must be used cautiously to guard against irreversible ecological effects. (more…)