Energy Reports Samples That Help You Write Better, Faster & with Gusto

CourseProfessorInstitutionDate

ENERGY AUDIT FOR A RESIDENTIAL HOUSE
Introduction
Energy conservation is desirable for both economic and environmental reasons. Efficient energy use reduces the energy drawn from the mains. Reduction of the power load per home means that the utility company will have to supply less power to the residential estates. The utility company in turn will undertake less carbon emitting energy production activities. Efficient energy use will reduce the carbon footprint of individual residential houses and the utility company. Reduction of toxic emissions will decelerate air pollution, which leads to global warming that causes a rise in sea levels due Continue reading...

for an Manufacturing Plant

Energy Policy: UK

1. Energy Policy & Economic Energy Strategy for an Organisation
1.0 Introduction
The company wants to evaluate the potential of using Combined Heat and Power (CHP) and Photo Voltaic (PVT) for energy and for selling in the future. Manufacturing is a highly competitive enterprise and even small changes in cost savings are helpful. Cost savings is one reason and the impetus to become environmentally responsible and sustainable is a second reason. The pressure to integrate alternative energies is very high right now due to new regulations at all levels; locally, nationally, and internationally. On the positive Continue reading...

Introduction

Transpower is a state owned enterprise responsible for power transmission and distribution in New Zealand. It is a wholly owned subsidiary of Electricity Corporation of New Zealand (ECNZ). From the 1950s to 2007, New Zealand has seen constant increase in the demand for electricity. However, since 2007, the overall industry as well as residential demand has stagnated. Especially, in the South Island, the overall industrial demands have actually declined in the last 6 years (MFE, 2015). However, Auckland is one exception to the rule. Auckland, where the demand of electricity is still growing at a high rate, is by Continue reading...

A National Grid is a very high voltage network of electric power transmission that is connecting various power stations and substations within a country. It is the central place where all the power produced from different parts of the country are connected and then distributed evenly to the consumers according to demand. These national grids help in maintaining an instant balance between demand and the supply at the same time moving electricity to the consumers from the generation source (Lund, 2005). The amount of electricity fed into the system must balance the load to keep the system running and Continue reading...

Introduction

Opening Statement
Thesis Statement
Energy Use in China
Oil
Production and Consumption Rates
Explorations
Impacts of Fossil Fuel Use in China
Alternative Energy
Available Alternative Energy Sources
Potential Generation Power
12th Five Year Plan
Using Solar Power in China
Statistics
Current use
Related Policies
Solar Industry in China
Reasons to Consider Solar Power
Scarcity of Oil
Environmental Impacts
Economic Benefits
Conclusion
Introduction
China is known nowadays as one of the fastest growing economies in the globe, rivaling the United States and other developed nations in terms of its overall progress. Many factors have been attributed to China’s sudden Continue reading...

The journal article was written to provide an overview of solar water heating (SWH) technology which include the basic principle and theory of thermodynamics, applications of these principles and theories, effectiveness of SWH in providing energy, market potentials for
SWH technology and potential research questions to improve existing technology. Furthermore, the article also outlines the importance of SWH as one of the economical renewable energy scenarios.
The introduction section of this article presents the facts of fossil fuel as the primary source (80%-90% of energy usage) to date, and clearly discusses the potential setbacks and effects of fossil Continue reading...

Electricity is an essential facet of every country’s growth and development. It is the pillar of a country’s development as it plays significant roles in the agricultural sector as well in the industrial sector during the production of goods and services. Nonetheless, most countries are struggling with acute power situations because of insufficient power plants in the national electrical grid systems and lack of renewable to support these plants during peak load. The way forward to the poor electricity situation in many countries is the integration of various renewable energy sources into the national electrical grid systems. Continue reading...

An electrical grid refers to an interconnected system that transfers electricity from suppliers to the consumers (Amin & Stringer, 2008). It is composed of several stations where electricity is produced then shifted to demand centers and lastly to the customers. Power stations are situated near the energy source, for example, a dam or near the source of various renewable energies, which is mostly in a sparsely populated area (Amin & Stringer, 2008). The electricity produced at the power station is usually in very high voltage, and it is transferred through transmission networks to the electricity companies. Here the power voltage is Continue reading...

ERICSSON Canada

Report: Reducing the Carbon Footprint and Saving Energy
Introduction
Carbon Footprint refers to the amount of energy lost as carbon pollution into the environment. Life Cycle Assessments (LCA) are carried to learn the amount of carbon footprint of a process from the raw materials to the end-of-use. International and national standards and regulations are made for all industrial sectors, because gases with carbon, like methane and carbon dioxide (CO2), are greenhouse gases (Van Landegem 3). The greenhouse effect holds heat next to the surface of the earth making global warming worse. The measure of LCA is the carbon footprint Continue reading...

Report to Greenhouse and Energy Data Officer

Report to Greenhouse and Energy Data Officer
Ericsson is a leader in the mobile ICT (Information and Communication Technology) industry, and as such it takes a leadership position in decreasing the global carbon footprint for ICT operations. Ericsson, with headquarters in Sweden, makes developing innovative methods to increase sustainability as much of a priority as the introduction of ground-breaking technology. Ericsson was a forerunner in providing corporate responsibility to customers and taking measures to cause less environmental impact from ICT. Ericsson carried out its first environmental impact study in 1993 and published its first life cycle assessment in 1994 ( Continue reading...

The absolute temperature pertains to the temperature scale measured in kelvin where the zero on the Kelvin scale pertains to the theoretically lowest attainable temperature. This particular temperature scale was established after the observations of a phenomenon that at any given pressure, the plot of the temperature and the volume of a gas follows a straight line. Even with different pressures, the plot is always straight; furthermore, all plots seem to be directed towards a similar y-intercept which is -273.15 ˚C, that is, the temperature value when the volume is zero – or close to zero (Chang & Overby 144).
Theoretically, Continue reading...

Waste energy recovery is the extraction of energy from waste. Solid wastes are combusted to give heat which is then used for electrical power generation or to provide heat energy. Other wastes, such as landfill matter, are digested anaerobically to give fuels such as methane, methanol, and ethanol. Also, energy can be extracted from waste through other processes such as pyrolysis, gasification, and landfill gas recovery. This is a paper on waste energy recovery and its commercial application. Waste energy recovery and repurposing can be referred to as first fuel option because of the benefits it has over conventional Continue reading...

Abstract

This report discusses and analyzes solar panels used to power outdoor lighting and makes a recommendation of the best type based on cost and efficiency. Research identified three different types of solar panels: monocrystalline silicon, polycrystalline silicon, and building integrated photovoltaics. The report presents factors that can affect the performance of solar panels such as solar altitude, solar radiation (irradiance), azimuth, and the condition of the solar panels. Based on research, Katsuno and Lotfithe elaborates on how to make a complete solar system and lists five parts that must be installed: solar panel, battery, charger controller, battery, convertor and Continue reading...

Question 1:

The recent slump in oil prices has raised questions about the prospects for alternative energy sources. However, in today’s global markets, the historic correlation between oil prices and the demand for alternative energy has been weakened by the fact that these two types of energy sources are used for totally different purposes. Oil is mainly used in transportation while alternative sources such as solar, biofuel and wind are used for electricity generation (Day, 2014). From basic economic principles, oil and alternative energy sources are not substitutes since a price decline of one does not constitute a subsequent decrease Continue reading...

In recent years, the problem with the environment has become a very important issue and one of the most discussed themes in the world. The history of waste can be traced back for many centuries; however, the seriousness of this issue grew together with urbanization as well as growing population. Moreover, until the industrial revolution the quantity of produced waste was not big. Nevertheless, starting from 1870’s waste management policies became inseparable from our lives in which industry plays a very important role (Barles in Agnoletti and Serner 199). Nowadays, water, energy and food are mainly the three Continue reading...

Introduction

The conservation of momentum is one of the greatest concepts in physics. An analysis of momentum can be done by performing an experiment involving collision of bodies. Collisions can be elastic or inelastic; but in all cases, they obey the law of the conservation of momentum. The law of the conservation of momentum states tha for a system of moving bodies that are not acted upon by an external force, the total momentum remains constant (Cameron and Craig, 2011). Momentum (P) is a product of mass (m) and velocity (v); P = mv (Avison, 1989). Given that momentum is conserved, Continue reading...

Introduction 3

Campaign objectives 3
Target Audience for the promotional campaign 4
Red bull Promotional tools ...5

Red Bull Media tools 5

Suitability of the tools and, Media tools .6
Recommendations 7

References 9

Introduction
Red Bull is a popular energy drink that is owned by Red Bull Gmbh, a company based in Australia. The energy drink was introduced in the market in 1987 but, has grown to become the leading energy drink in the company (Red bull, 2015). Currently, the energy drink boosts sales of more than 3 billion pieces of cans per year(Red bull, 2015). The drink enjoys the largest market share in the energy Continue reading...

English

ABSTRACT
introduction

BAckground of problem

sources and methods
report organization
problem statement
Overview
Research Question/Hypothesis
OBJECTIVES AND AIMS
Overall Objective
Specific Aims
SIGNIFICANCE
research design and methods
Overview
Population and Study Sample
Sample Size and Selection of Sample
Sources of Data
Collection of Data
Exposure Assessment
Data Management
Data Analysis Strategies
Ethics and Human Subjects Issues
Timeframes
Strengths and Weaknesses of the Study
Budget and Motivation
references
Appendices
Appendix 1:
Appendix 2:
Background of the Problem
E227 Global Solutions through the top management has plans of being green. That is, the organization has decided to make efforts to reducing its carbon footprints Continue reading...

Executive Summary 2

Introduction 2
Methodology 4
Findings 5
Discussion 5
Conclusion 7

Reference List 8

Appendix 10
Executive Summary
Swansea Bay Tidal Lagoon Project is intended to establish a power project that generates indigenous, renewable, cheap, and sustainable electric power from lagoon tide. Since the project is likely to impact significantly on the social, environmental, and economical status of the locals, a survey was conducted to determine the level of acceptance of the project among the community members. In the survey, a questionnaire with 3 items was used. The results show that most locals approve of the project.
Introduction
The Swansea Bay Tidal Lagoon Continue reading...

The average American spends $2000 annually on electricity. Energy cost in the United States varies from state to state. The average energy cost electricity is 11 cents per kilowatt hour (Hinch Par 1). This means that the annual energy consumption is:
$2000$0.11=18,181.81KWh

The average power generated by a 15% efficient, 4m2 panel will be given by:

15%*110*4=66W/panel

There are 8760 hours in a year, so total energy produced will be:

8,760h*66Wpanel=578,160Wh
A single panel will produce 578.16KWh per year.

The number of panels required to support annual energy requirements will be:

18,181.81578.16=31.44 panels
32 panels will be required
32*$800=$25,600

The annual energy bill is $2000. The time taken to recoup the initial investment in form of energy savings will be:

$25,600$2000=12.8years
The total incentives offered will be: $0.85*18,181.81=$15,454.54
Amount to be paid after incentives: 25,600-15,454.54=$10,145.46

Payback period after incentives:

10,145.462000=5.07 years
Continue reading...