Bright Energy

To Need Of Build Up To 50 Power Plants In Indonesia Can Be Avoided By Saving Energy

May 11, 2020 // by boyko

To Need Of Build Up To 50 Power Plants In Indonesia Can Be Avoided By Saving Energy

However, our study identifies strategies to reduce power consumption by 25GW by 2030, equivalent to 35 percent of their peak energy consumption in that year.

With all these technologies, Indonesia can prevent building 50 of their projected power plants by 2030.

Efficient Technologies To Decrease Load

Our model predictions energy requirement by appliance types and investigations different cases of technology adoption to understand that their effects on future power loads.

This makes them much as 50 percent less costly for customers to run.

By way of instance, ordinary technologies are LEDs (light-emitting diodes), which create more light with less heat reduction, inverter ACs, that permit the AC to operate at varying rate, and enhanced fridge insulation, which will keep food pockets cold more.

While some Indonesians have chosen to purchase efficient technology, thousands of energy-consuming goods are entering families for the first time in the next several years.

For that reason, it’s necessary to have strong policies in place to get rid of inefficient goods and encourage efficient ones on the marketplace.

Specifically, with sales of air conditioners increasing at 7.5percent each year in Indonesia, we discover more than half of the possible savings can come out of the product alone.

Additional research by our staff has revealed efficient cooling technology employing an inverter drive are offered in Indonesia in a price not necessarily greater than the ineffective ones.

Concerning climate influences, we discovered efficient appliances and light can achieve almost 27 percent of their energy industry emission-reduction target.

The program stipulates that 37GW of those projected 166GW peak demand in 2030 could be averted through energy conservation to another ten decades.

Energy conservation depends on high-tech technology (this is exactly what our study targets) in addition to changes in customer behaviors (like turning off the light when you leave a space).


As energy demand develops in Indonesia at precisely the exact same time as the nation pursues clean energy, energy efficiency is a crucial instrument for fiscal viability and vitality safety. Technologies today offer us the advantages of energy efficiency. Energy-efficiency policies encourage the installation of those technologies.

We advocate that Indonesia believe energy efficiency as a source for fulfilling the nation’s future energy requirements. In spite of low coal costs, energy efficiency is the most affordable way to offer power to the Indonesian men and women.

Typically, we’ve found the price of saving a unit of power (kWh) is approximately 2-3 cents, in contrast to the normal household power speed of 10-11 cents/kWh at Indonesia.

Energy efficiency will even assist with the utilization of renewable energy (such as solar PV) by simply lessening the evening peak demand and the demand for electricity storage methods or expensive plants which are run just for high need, for example gas-fired “peaker” plants.

Due to the form of the load large peak demand at 8pm the machine will require extra capacity that baseload can’t match, i.e. coal.

We urge the Ministry of Energy and Mineral Resources turn into the 37GW energy conservation goal to help the nation meet its climate obligations of 29% linoleic emission reduction by 2030.

We expect our study will help prioritise policy actions and monitor progress to the nation’s clean energy and climate objectives.

Implementing these targets can save the government money, decrease global and local contamination, and finally will reduce prices for prospective consumers.

Comments are closed.