INTRODUCTION:

Energy is a critical business input, and it typically represents a sizeable and rising line item of operational costs for an organization. The use and cost of energy are both continuing to rise as a result of a number of causes, many of which are beyond the control of most enterprises. Therefore, controlling and lowering energy use is crucial for any industry. It aids in fighting climate change, enhancing corporate reputation, and lowering costs. Energy management needs to be integrated into the organizational structure of large or energy-intensive enterprises in order to be effective. The wise and efficient use of energy is known as energy management, and it is done to increase profits (minimize expenses) and strengthen competitive positions. Energy management is also characterized as the proactive, planned, and systematic coordination of the acquisition, conversion, distribution, and use of energy to satisfy the needs while taking into account environmental and financial goals. The basic goal of energy management is to attain and maintain optimal energy procurement and utilization throughout the business, which can reduce energy costs and mitigate environmental effects. In fact, it is commonly agreed that energy management is the best option for reducing energy use directly and right away.

NEED OF THE STUDY:

Energy management is crucial for addressing serious energy issues and lowering the usage of valuable and precious resources. It has been established that the most cost-effective source of "new" energy is the energy saved through energy management operations. In addition to reducing the environmental burden, the energy conserved buys time for the creation of new energy sources. This chapter examines the fundamental goals and guiding principles of energy management, as well as the key methods and tools of public policy that have been shown to be successful in achieving these goals. Energy management programmes strive to reduce energy usage, conserve non-renewable resources, and reduce greenhouse gas emissions in addition to their core objectives of profit optimization or cost minimization. Policy makers at higher and lower levels should create efficient monitoring or reporting procedures, evaluation techniques, and rules to achieve such savings in order to further these aims. This chapter offers a summary of cutting-edge strategies covering a wide range of energy management-related subjects, including economic evaluation methods, managing greenhouse gas emissions, energy labeling, renewable resources, and distributed generation. A summary of global energy management laws and policies that are used in various energy industries is given in the closing section.

REVIEW OF LITERATURE:

Wall (1988), "Energy flows in Industrial Processes," emphasized that while short-term planning is essential at the moment, the application of energy concepts can provide information for resource management planning that is needed in the long-term.

The lack of awareness of the potential for energy savings was determined to be a major impediment to efficiency improvements by Aburas (1989) in the study titled "Energy conservation policies in Jordan."

Energy efficiency, according to Luis Aires (1990), does not just refer to energy conservation; it also refers to obtaining the same or better services while using a smaller amount of energy by using new technologies in structures like buildings, factories, cars, and other devices. The study also claimed that while the energy efficiency revolution is not a straightforward answer, it is a crucial component of the solution to many global problems.

Gnedoy, Prakhovnik, and Inshekoy (1990) identified six barriers or obstacles in their study titled "Energy management and effective energy use in Ukraine: Basic problems and ways to solve them," including financial, sociological, organizational, operational, legal, and marketing barriers. These barriers stand in the way of Ukraine implementing an effective energy management system. Experts also provided remedies to these problems that would make it possible for Ukraine to create a successful energy management system.

Tripp and Dixon (2003) emphasize the importance of an energy master plan with a reporting mechanism to measure and compare energy consumption to company goals or standards, ideally for each plant operation or production cost center.

Parish (2007) emphasizes that energy is a valuable resource for businesses, with costs and environmental impacts. Effective management of energy can increase profitability and competitiveness, and can be achieved through sound management principles, including full managerial accountability, resulting in ongoing savings.

OBJECTIVES:

1. To investigate the legislation and guidelines governing energy management and conservation strategies.

2. To determine whether Tamil Nadu's paper sector needs energy management practices.

3. To evaluate the opinions of paper unit personnel regarding energy management techniques.

HYPOTHESIS:

There is no correlation between employee participation in energy awareness campaigns and knowledge of the energy concerns facing the organisation.

Between the mean rankings of the variables influencing energy management, there is no discernible difference.

RESEARCH METHODOLOGY:

Data from secondary sources and representative surveys are compiled and presented in this research report. Descriptive research is thought to be the optimum methodology for the current investigation. A sample survey approach is used to carry out the inquiry. It is hence both descriptive and analytical. The research problem and questionnaires were conceived and designed in response to the views of employees who had worked for the same companies for 15 years. Primary data made up the majority of the information used in the analysis. In order to accomplish the specified objectives, the research study makes use of properly constructed questionnaires that the sample staff has completed in a timely manner.

SAMPLING DESIGN:

There are 64 paper mills in Tamil Nadu that employ about 30,000 people. All the units received the surveys, and a total of 21 businesses provided a comprehensive response. Therefore, the study's sample size was determined to be those 21 units. Employees having more than 15 years of experience in all 21 of the selected paper mills' total workforces were located. There were 1150 employees in all who made up the study units' population. 315 employees were chosen and contacted using the random sampling approach, but only 300 employees responded. As a result, the sample size is set at 300.

Analysis and Interpretation:

One of the essential elements for maintaining life on Earth is energy. Additionally, it is crucial to the production of industrial goods, as well as to employment, comfort, and economic growth. The Gross Domestic Product (GDP) per capita increases when energy use does. Energy use rises as per capita income rises since there is a direct relationship between level of living and energy use.

Growing energy production, which requires significant investment, is one strategy for meeting the rising energy demand. The conservation of energy can greatly assist in the solution of this issue. Energy conservation is a quick, affordable answer as opposed to increasing energy output, which is an expensive and long-term option. It is imperative to preserve energy and use it more effectively because traditional energy sources are quickly running out and the cost of energy is rising. Additionally, this lessens environmental contamination. Energy conservation is the practice of reducing energy use without compromising the amount or quality of output. By minimizing losses or wastage and maximizing efficiency, it also means increasing the production from a given amount of energy input. Energy efficiency is the reduction of energy intensity in a particular product, process, or area of production or consumption without compromising productivity, consumption, or comfort levels. Promoting energy efficiency will aid in energy conservation, making it a crucial component of promotional strategies for energy conservation.

Opinions of Employees on Energy Conservation Measures:

In the contemporary world, both men and women hold numerous important roles in the corporate sectors. As a result, it becomes crucial to group respondents according to gender. Table 1 provides the gender breakdown of the sample respondents.

Table 1 Shows the gender classification of sample respondents.

Sl. No.	Gender	Number of Respondents	% to Total
1	Male	220	73.30
2	Female	80	26.70
Total		300	100

Source: Computed by the author

Table 1 shows that out of 300 responding employees, 220 (73.3%) were men and 80 (26.7%) were women. Age plays a significant role in how we manage our energy. Employees' commitment to energy conservation depends on their age. Based on their comments, an analysis has been done. The sample respondent employees' answers to the inquiries pertaining to energy are shown in Table 2. The sample respondents' true status and opinions regarding the energy management practices have been revealed through the use of percentage analysis.

Table 2 Shows how respondents' employees responded to questions about energy.

Sl.No.	Query	Yes	No
1.	Does an organization need to practice energy conservation?	205(68.50)	65(31.70)
2.	Are there any energy-saving procedures in place at work?	105(35.00)	195 (65.00)
3.	Do you understand the energy policy of the company?	145(48.30)	155(51.70)
4.	Do you know the energy problems the company is having?	178(59.30)	122(40.70)
5.	Have you taken part in the company's initiatives to raise energy awareness?	122(40.70)	178(59.30)
6.	Are there any energy-related slogans or suggestions posted around the office?	132(44.00)	168(56.00)
7.	Is there a suggestion box mechanism in place at your company to communicate energy-saving suggestions?	146(48.70)	154(51.30)
8.	Do you have a mechanism in place to track energy waste?	90(30.00)	210(70.00)
9.	Does your business ever discipline or warn staff members about energy waste?	101(33.70)	199(66.30)
10.	Does your business update its webpages with information on energy-related challenges and energy-saving measures?	108(36.00)	192(64.00)

Source: Computed by the author

The study found that 205 people responded, and 68.50% of them agreed that energy management is crucial for an organization. Only a tiny minority of respondents, or 31.7%, have stated that they disagree with this.

35% of responders to the survey said they used energy-saving techniques at work. 65% of those surveyed expressed a negative view on this.

In the study, it was found that 145 respondents, or 48.30 percent, said they were aware of the company's energy policy. According to 155 respondents, they are unaware of the company's energy policy.

In the study, 59.30 percent of the respondents said they were aware of the company's energy problems, and 40.70 percent of the respondents had a negative opinion of them.

Regarding the employees' involvement in energy awareness events, an eye-catching declaration was made. Only 40.70 percent of respondents claimed to have taken part in the company's energy awareness campaigns, and 59.30 percent of respondents said they had not.

Effective energy management requires the exhibition of energy slogans or advice. The respondents' perception serves as proof of it. According to the survey, 44% of respondents agreed with the statement, while 56% of respondents had opposing views.

According to the survey, 30% of respondents said they have an energy monitoring system, however 70% of respondents said they had a negative opinion of it.

The survey found that 66.30 percent of respondents had a negative attitude of the company informing employees about their energy waste, whereas 33.70 percent of the 101 respondents agreed with this.

Only 36% of respondents to the poll agreed that the company updates energy issues and energy-saving measures in its webpages, and 64% of respondents said that the company does not maintain its website.

The study clearly shows that the vast majority of the 205 respondents believed that energy management is crucial for an organization.

The data demonstrates unequivocally that 65% of respondents concur that they use energy-saving strategies at work.

To assess employee attitudes, the questionnaire included a number of questions about energy management and conservation. Likart's five-point scale was employed to determine the employees' actual opinions. In the table above, the responses to the claim that "Energy policy must be distributed among the employees" are presented. According to the survey, out of the 220 participants, 73.30% were men and 26.70% were women. It is abundantly clear from the study that more than 62.22 percent of the sample respondent employees claimed that the organization provides recommendation incentives for sharing their energy-saving suggestions.

CONCLUSION:

The findings of the present study suggest that energy management might motivate employees to save energy and utilize it wisely. The workforce believes that energy managers will promote energy conservation through their continuing training initiatives.

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Received on 04.12.2023 Revised on 12.10.2024

Accepted on 01.03.2025 Published on 29.07.2025

Available online from August 05, 2025

Asian Journal of Management. 2025;16(3):175-178.

DOI: 10.52711/2321-5763.2025.00027

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