The energy generation and power consuming loads at Brass LNG facility located in Brass Island, Bayelsa State Nigeria were analyzed and compared with expected demand changes and means of minimizing cost and greenhouse gas emission were also proffered with wind and solar energy penetration into the overall power mix . The wind and solar hybrid power... Continue Reading

The energy generation and power consuming loads at Brass LNG facility located in Brass Island, Bayelsa State Nigeria were analyzed and compared with expected demand changes and means of minimizing cost and greenhouse gas emission were also proffered with wind and solar energy penetration into the overall power mix . The wind and solar hybrid power... Continue Reading

An energy audit on the Brass Liquified Natural Gas plant at Brass Island former Agip facility was carried. The average offshore windspeed and wave return periods for 12months  were measured for their wind and wave energy potentials. Also,  the solar insolation for the location was collected for a 12month period. A pilot design based on... Continue Reading

An energy audit on the Brass Liquified Natural Gas plant at Brass Island former Agip facility was carried. The average offshore windspeed and wave return periods for 12months  were measured for their wind and wave energy potentials. Also,  the solar insolation for the location was collected for a 12month period. A pilot design based on... Continue Reading

Table of Contents 1. Introduction 2. Electricity Demand 3. Wind Power System 4. Floating Solar Photovoltaic (PV) System 5. Electricity Storage Systems ____ 6. Site Choice 7. Planning Permission Statement 8. Environmental Impact Assessment _ 9. Project Plan 10.... Continue Reading

The aim of the project is to design a renewable energy system that can meet the current and  projected electricity demands for the island of Great Cumbrae. This should be achieved by  providing a stable electricity output and the meet the calculated total annual base load supply of  11.29 GWh. In addition to providing a stable supply of... Continue Reading

ABSTRACT The development of any nation and its economy at large is centred on reliable and efficient power supply. Many developing nations are yet to actualise this feat, and therefore, there is need to strategize to meet the ever-rising demand for energy. Battery-based inverter systems have over the years provided additional power supply to... Continue Reading

ABSTRACT The development and utilization of energy has led to environmental degradation with associated health hazard. Hence the trust of this project is to optimize energy mix in a reliable, affordable, available, safe, efficient, effective and sustainable way at control cost subject to environmental constraints. In other to achieve the desired... Continue Reading

ABSTRACT The physical properties of CNSL extracted by pyrolysis was studied using standard procedures. The physical properties of the CNSL studied and results obtained compared with other extraction methods (hexane extracted and decarboxylated) from literature are moisture content 4.1%, (6.40%, 3.2%), specific gravity 0.943 (0.926, 0.926)... Continue Reading

L (A CASE STUDY OF COMPUTER SCIENCE ND SOFTWARE LAB) CHAPTER ONE INTRODUCTION 1.1   BACKGROUND TO THE STUDY The use of renewable energy increased greatly just after the first big oil crisis in the late seventies. At that time, economic issues were the most important... Continue Reading

ABSTRACT The concept of Superconductors in relation to energy gap was considered in this study. The occurrence of the Meissner effect indicates that superconductivity cannot be understood simply as the idealization of perfect conductivity in classical physics . The major aim of this project is to study the concept of energy gap in super conductors... Continue Reading

ABSTRACT The  concept of Superconductors in relation to energy gap was considered in this  study. The occurrence of the Meissner effect indicates that superconductivity  cannot be understood simply as the idealization  of perfect conductivity  in classical  physics . The major aim of this project is to study the  concept of energy gap in... Continue Reading

ABSTRACT Hydrogen is an energy carrier that can transform our fossil fuel dependent economy into a hydrogen economy; t can provide an emission free transportation fuel.  Hydrogen has the highest combustion energy per batter relative to any other fuel. It is more efficient on a weight basis than fuels used currently. It offers 2-3 times more... Continue Reading

ABSTRACT Hydrogen is an energy carrier that can transform our fossil fuel dependent economy into a hydrogen economy; t can provide an emission free transportation fuel.  Hydrogen has the highest combustion energy per batter relative to any other fuel. It is more efficient on a weight basis than fuels used currently. It offers 2-3 times more... Continue Reading

Abstract The Bluetooth Specifications Group recently released a new version of Bluetooth, called Bluetooth Low Energy. It is ideal for battery-powered IoT devices that do not require continuous streaming of information because it is more power efficient and relays information in short bursts, rather than continuously. The asynchronous nature of... Continue Reading

Abstract The increasing demand for electricity in Ghana has led to concerns about energy conservation, to reduce the rising energy costs as well as the carbon emissions produced from energy generation. Popular energy conservation methods used in Ghana include turning off devices when not in use and using Light Emitting Diode (LED) lamps in place... Continue Reading

Abstract This research work examined and compares the physicochemical properties and some chemical constituents of selected energy drinks. Fourteen (14) brands of energy drinks samples consisting eleven (11) liquid and three (3) powdered forms were randomly purchased. All samples were analyzed for their physicochemical properties (pH, turbidity,... Continue Reading

ABSTRACT Electrochemical capacitors (ECs) or Super capacitors (SCs) are energy saving devices which have excellent properties that include high power density, long cycle life, low temperature sensitivity and low maintenance cost. However, these devices have lower energy densities than conventional batteries. To improve on its energy density, SnO2... Continue Reading

Abstract In the off-grid communities in Ghana, most people depend on solar energy for electricity [1]. Some also depend on torch lights, candle lights or kerosene lamps to meet their lighting needs [2]. These lamps come with their own pros and cons. The solar lamps for instance, do not last for the entire night when in full usage though they are... Continue Reading

Abstract The project proposed a method of reading individual energy consumption by tenants living in a compound house but share a single meter. The smart energy monitor was designed using ATmega8, SIM800l, PZEM004T, I2C LCD ,SCT-013-000 current sensor. The smart energy monitor solves the problem of bill sharing in compound house that share one... Continue Reading