Maximizing Efficiency Electricity Generation and Transmission System in the Philippines

By: Dominic C. Enovero

Introduction

The Philippines is a developing nation with a rising population and economy. Due to the increased energy demand brought on by this growth, several regions are experiencing an electrical deficit. For many Filipinos, the lack of electricity is a major source of worry because it may cause interruptions in daily life, affecting companies, homes, and even healthcare institutions. [1]

 

The Philippine government has been striving to address the issue in recent years by investing in the growth of the infrastructure for electricity production and transmission. The need for ongoing efforts to advance the nation's energy sector is highlighted by the fact that the scarcity of electricity continues to be a problem. Hence, increasing the efficiency of the power industry is crucial to guaranteeing   that   the   nation   has   access   to   a   consistent, reasonably priced, and sustainable energy supply.

Ways to Maximize Electricity

Making sure that the power plants are generating energy using the most recent technology is the first step in increasing efficiency in the electricity generation and transmission system. To guarantee that the power plant is effective at turning the fuel to electricity.  Replace outdated,  inefficient  equipment  with  newer, more efficient types, such high-efficiency boilers and turbines, as part of the modernization of power plants.[3]

 

The transmission and distribution networks must be efficient in order to maximize efficiency in the power generating and transmission system. This requires for the development and operation of the transmission and distribution networks to reduce the loss of electricity during the transmission and distribution process. The transmission and distribution infrastructure may be improved to increase its dependability and decrease power losses as one approach to do this. [4]

 

By investing in renewable energy sources, the Philippines may also increase the effectiveness of its power generating   and transmission infrastructure. A sustainable and dependable source of power independent from fossil fuels may be provided by renewable energy  sources  including  wind,  solar,  and  geothermal energy. In order for the nation to adhere to its climate change obligations, it  is  imperative  that  greenhouse  gas  emissions  are reduced through the growth of renewable energy sources.

 

Finally, the government can play  a  crucial  role  in  maximizing efficiency in the electricity generation and transmission system. The government can develop policies and regulations that encourage investment in energy efficiency and renewable energy sources. The government can also work with the private sector to develop public-private partnerships that can help finance the modernization of power plants and the development of renewable energy sources.

Fig. 1: Consumer who uses electricity.

in the Philippines. [2]

 

Conclusion

In   conclusion,  the   Philippines   must   maximize efficiency in the electrical generating and transmission infrastructure   to   guarantee   a   consistent,   reasonably priced, and sustainable energy supply. The development of renewable energy sources, the promotion of energy- efficient   technologies,  the   modernization   of   power plants,  the  upgrading  of  transmission  and  distribution infrastructure,   and   the   government's   role   in   putting policies and regulations into place can all help to maximize efficiency in the electricity generation and transmission system.

 

References

1.     R.  Staff, “Philippines'  main  island  sees  more  power outages, exposing vulnerable grid" (Reuters, 2021)

2.     Hannah Ritchie, Max Roser and Pablo Rosado (2022)

- "Energy". Published online at OurWorldInData.org. Retrieved     from:     'https://ourworldindata.org/energy' [Online Resource]

3.             K. Clark "Utilities Can Improve Power Plant Efficiency and become Emission-Compliant in the short term" (Power Engineering)

4.             Hydro One. Distribution Line Loss Study. Ontario Energy

Board Docket (RP-2005-0020/EB-2005-0378)