The document analyzes the energy usage and costs of the Georgia Ports Authority's Garden City Terminal for fiscal years 2011, 2010, 2009, and 2008. It provides detailed data on electricity usage in kilowatt hours and costs by facility area for each month. The ultimate goal is for the GPA to understand its energy footprint to comply with state energy regulations and pursue conservation projects. Tables of data are included to track electricity usage, peak demand, and costs over time to help the GPA manage its energy consumption and costs.
1) Researchers discovered that silver trifluoromethanesulfonate (AgOTF) can promote a one-pot dehydration and oxidative co-dimerization of benzylic alcohols to form carbon-carbon bonds through hydrovinylation.
2) Reaction of benzylic alcohols with AgOTF leads to alcohol dehydration followed by radical coupling of the vinylarene intermediates to form end-dibenzenes.
3) The reaction is believed to involve alcohol dehydration by AgOTF, followed by silver reduction which oxidizes the alkene to form a radical cation that couples with styrene to form the hydrovinylation product.
This document provides a stormwater pollution prevention plan for the Garden City Terminal operated by the Georgia Ports Authority. It identifies the pollution prevention team and their responsibilities. It then describes the facility activities and locations that could potentially contribute pollutants to stormwater, such as container operations, equipment maintenance, and fueling. Control measures are outlined to prevent pollution, including good housekeeping practices, spill response procedures, inspections, and employee training. Specific potential pollutants are also identified for each activity area.
The Getronics family provides end-to-end ICT services to large enterprises and public sectors across 22 countries. With over 6,500 employees and 125 years of experience, Getronics offers a portfolio of integrated services including workspace, applications, cloud, security, and more. As a leading member of the Global Workspace Alliance, Getronics provides consistent IT support to over 100 countries with one contact and contract.
The document discusses renewable energy sources and wind energy technology. It provides an overview of Pakistan's current energy scenario and targets for renewable energy. It also summarizes key concepts in wind turbine engineering design, including theories of wind turbine aerodynamics, optimal rotor design equations, blade shape optimization, and calculations for gear ratios and power output based on wind speed. Sample data on wind speeds and accumulated power at different sites are shown.
Sohail presents on a number of innovative ADB initiatives including energy efficiency (CFL substitution) and energy substitution initiatives (electric tricycles). Sohail reminds us all that disruption is coming to the energy sector, as it has across so many industries, with looming storage technology evolution.
Kris Van Doren, EMEA Sustainability Manager at Alcatel-Lucent - Carbon Reduct...Global Business Events
This presentation summarizes energy saving initiatives at Alcatel-Lucent offices that have significantly reduced electricity and gas consumption. Major initiatives included installing smart meters for real-time energy monitoring, a heating pump project that recovered heat and reduced gas usage by 62%, and optimizing cold production to use ice buffers and direct chilling instead of melting ice. These projects helped Alcatel-Lucent achieve a 70.5% reduction in gas usage from 2007-2013 and lower cooling energy costs. Alcatel-Lucent's sustainability efforts have been recognized with awards like the Antwerp Environmental Charter and top ranking in the Dow Jones Sustainability Index.
This presentation summarizes energy saving initiatives at Alcatel-Lucent offices that have significantly reduced electricity and gas consumption. Major initiatives included installing smart meters for real-time energy monitoring, implementing a heating pump system that captures waste heat, reducing natural gas usage through operating changes, and improving cold production efficiency. These projects have led to savings of over 5,300 MWh of gas in 2007 and 70.5% savings from 2007-2013. Alcatel-Lucent's long-term commitment is a 50% reduction in its carbon footprint by 2020 through continued facility improvements, supply chain engagement, renewable energy sourcing, and enabling low-carbon communications networks.
1) Researchers discovered that silver trifluoromethanesulfonate (AgOTF) can promote a one-pot dehydration and oxidative co-dimerization of benzylic alcohols to form carbon-carbon bonds through hydrovinylation.
2) Reaction of benzylic alcohols with AgOTF leads to alcohol dehydration followed by radical coupling of the vinylarene intermediates to form end-dibenzenes.
3) The reaction is believed to involve alcohol dehydration by AgOTF, followed by silver reduction which oxidizes the alkene to form a radical cation that couples with styrene to form the hydrovinylation product.
This document provides a stormwater pollution prevention plan for the Garden City Terminal operated by the Georgia Ports Authority. It identifies the pollution prevention team and their responsibilities. It then describes the facility activities and locations that could potentially contribute pollutants to stormwater, such as container operations, equipment maintenance, and fueling. Control measures are outlined to prevent pollution, including good housekeeping practices, spill response procedures, inspections, and employee training. Specific potential pollutants are also identified for each activity area.
The Getronics family provides end-to-end ICT services to large enterprises and public sectors across 22 countries. With over 6,500 employees and 125 years of experience, Getronics offers a portfolio of integrated services including workspace, applications, cloud, security, and more. As a leading member of the Global Workspace Alliance, Getronics provides consistent IT support to over 100 countries with one contact and contract.
The document discusses renewable energy sources and wind energy technology. It provides an overview of Pakistan's current energy scenario and targets for renewable energy. It also summarizes key concepts in wind turbine engineering design, including theories of wind turbine aerodynamics, optimal rotor design equations, blade shape optimization, and calculations for gear ratios and power output based on wind speed. Sample data on wind speeds and accumulated power at different sites are shown.
Sohail presents on a number of innovative ADB initiatives including energy efficiency (CFL substitution) and energy substitution initiatives (electric tricycles). Sohail reminds us all that disruption is coming to the energy sector, as it has across so many industries, with looming storage technology evolution.
Kris Van Doren, EMEA Sustainability Manager at Alcatel-Lucent - Carbon Reduct...Global Business Events
This presentation summarizes energy saving initiatives at Alcatel-Lucent offices that have significantly reduced electricity and gas consumption. Major initiatives included installing smart meters for real-time energy monitoring, a heating pump project that recovered heat and reduced gas usage by 62%, and optimizing cold production to use ice buffers and direct chilling instead of melting ice. These projects helped Alcatel-Lucent achieve a 70.5% reduction in gas usage from 2007-2013 and lower cooling energy costs. Alcatel-Lucent's sustainability efforts have been recognized with awards like the Antwerp Environmental Charter and top ranking in the Dow Jones Sustainability Index.
This presentation summarizes energy saving initiatives at Alcatel-Lucent offices that have significantly reduced electricity and gas consumption. Major initiatives included installing smart meters for real-time energy monitoring, implementing a heating pump system that captures waste heat, reducing natural gas usage through operating changes, and improving cold production efficiency. These projects have led to savings of over 5,300 MWh of gas in 2007 and 70.5% savings from 2007-2013. Alcatel-Lucent's long-term commitment is a 50% reduction in its carbon footprint by 2020 through continued facility improvements, supply chain engagement, renewable energy sourcing, and enabling low-carbon communications networks.
Analysing shovel dumper productivity for coal mineSafdar Ali
The document discusses estimating and analyzing the productivity of shovel-dumper combinations in coal mines. It provides norms for calculating productivity based on material properties, equipment types, and cycle times. The study compares approved productivity projections to actual productivity data from a mine. Reasons for variations include management issues, external stoppages, blasting challenges, and maintenance problems. Suggestions are given to improve productivity such as separate equipment for coal and overburden, better maintenance, and resolving issues like land disputes.
The document summarizes Pakistan's existing and future power generation capacity and electricity demand. It finds that while generation capacity has increased over time, demand is growing faster. As a result, shortages are projected to persist through 2011 unless additional measures are taken. It proposes a Load Management Programme to reduce peak demand by 1500 MW through demand-side measures and system improvements. This would help bridge the projected supply-demand gaps in the near term.
The document discusses a proposed water supply project by V V Water Company. It outlines that the project would involve developing water resources from a well field with infrastructure to transport water via pipeline. It evaluates the project based on three criteria: deliverability, feasibility, and affordability. For deliverability, it indicates the water could be produced in large volumes continuously from the well field. For feasibility, it describes the infrastructure plan to transport water from the well field to the point of storage and sale. For affordability, it finds the cost of water from this project would be lower than competing systems and available regardless of conditions like drought.
This document contains a study report on auxiliary power consumption (APC) at a thermal power station (TPS). It provides APC data for 7 generating units over two stages on a given date. The total APC for both stages was 9.49% of total generation. Charts show the average APC is higher for Stage I units compared to Stage II. Additional charts show the minimum loads required to achieve less than 8% APC for each unit, ranging from 186-213 MW. Partial loading and poor quality lignite are identified as reasons for higher APC percentages.
Ministry electric power_myanmar_2_27_13Seokho Shin
This document provides an overview of the present and future development of Myanmar's power sector. It discusses policies, current generation and transmission/distribution facilities, demand forecasting for the short term from 2013-2016, planned generation and transmission projects to meet demand, and long term generation planning from 2016-2031. Key points include expanding generation from hydro, gas, and coal power plants, meeting projected demand growth of 15% annually, and increasing electrification across the country. The generation plan aims to increase installed capacity to over 54,000 MW by 2031 through domestic and foreign investment in numerous hydro and thermal power projects.
This document assesses the additional electrical capacity that would be required from alternative energy systems to completely replace fossil fuels globally. It finds that replacing the existing fossil fuel infrastructure, including vehicles, industry and heating, would require over 36,000 TWh of additional annual electrical generation capacity. This is over 30% higher than total global electricity production in 2018. It would require building over 586,000 new non-fossil fuel power plants, predominantly solar and wind, to generate this additional electricity. The transition away from fossil fuels towards electrified transportation and industry would be an enormously large undertaking requiring a massive expansion of renewable energy infrastructure worldwide.
The role of energy storage in planning our energy needs in the UAEReedExhibitionsMiddl
The document discusses the role of energy storage in planning energy needs for the UAE. It notes that the energy landscape is changing as more renewable energy sources like solar and nuclear come online. Energy storage can provide benefits like load leveling, ancillary services, and backup capacity. Charts show Abu Dhabi's changing energy demand profile and how solar and storage could be used to integrate more renewable energy while ensuring supply meets demand. The conclusion is that further study is needed to understand the potential value and opportunities for energy storage in the UAE energy system.
This document summarizes the course contents for Environmental Engineering Lab-II. It includes 5 topics: population and water demand estimation, water quality treatment plants, well design and pump capacity determination, analysis and design of pipe networks and distribution, and design of sewer and plumbing systems. It then provides details on estimating the population and water demand for 11 zones within a given area over a 40 year period, including present and future population numbers and water demand in liters per day. Trend lines show the projected increase in both population and water demand over time.
China could use an expected boom in electric vehicles to stabilise a grid that depends heavily on wind and solar energy.“The biggest challenge for renewable energy development is not economic issues, it is technical issues. Variability. Variability is the biggest issue for us,” said Wang, who explained variability like so: “When we have wind we have electricity; when we have sun we have electricity. No wind and no sun, no electricity.”
Wang Zhongying, director of the China National Renewable Energy Center and deputy director general of the Energy Research Institute at China’s National Development and Reform Commission.
Inverted Energy: Diesel Generator Set Replacement Inverted2019
We built Inverted Energy to be a facilitator in the global shift towards future mobility and energy storage.
With a mission to accelerate the world's transition to sustainable energy, we have developed commercially advanced clean energy technologies, promotion sustainability by working with organisations in building energy storage projects with innovative technologies to move India forward.
With the rising cost of fuel and levels of pollution, diesel generator sets are no longer a viable option. However, once combined with energy storage - it can become a cost effective option and also contribute to a clean environment.
We aim to democratise energy access through innovation in energy storage technology. #GoBeyond the Ordinary
This document discusses saving 25% on utility bills through energy conservation measures. It provides an agenda for an energy conference that will discuss measuring current energy consumption, benchmarking against similar businesses, assessing opportunities like lighting upgrades and building automation, and ensuring projected savings are realistic. A sample project is presented that upgrades lighting, ventilation, automation/retro-commissioning, and mechanicals with a 5.65 year payback and 29% savings on the utility bill.
This document provides a cash flow portfolio for the District Cooling Plant project in Rihan Heights. It includes sections on cash in data, cash out data, and cash flow. The cash in section details the planned value and timing of works and monthly invoices totalling $53,166,017 over the project period from July 2010 to May 2012. The cash out section similarly outlines planned expenditures totalling the same amount. Section 3 presents the resulting projected cash flow curve and liquidity for the project.
The document discusses India's goals for achieving environment and energy sustainability by 2050. It analyzes India's current primary energy consumption and CO2 emissions compared to other countries. It also examines India's electricity production mix focusing on renewable energy sources like solar, wind and hydro. The objectives are to increase renewable energy capacity like solar to 175GW by 2022 and explore new sources from oceans. By transitioning to cleaner energy and improving efficiency, the document concludes India can meet its energy demand while balancing environmental sustainability and energy security goals.
Projectproposalon10mwsolarpvpowerplant 160312085340 (2)Muzaffar Ahmad
The document describes a proposed 10 MW solar PV power plant project. The objectives of the project are to demonstrate sustainable energy supply using solar power generation and contribute to a stable power supply with low-carbon energy. Key aspects of the project covered are the technical design layout for the solar panels, inverters and distribution; cost objectives such as the levelized cost of energy; and permission requirements from government bodies. The document also outlines the project timeline, financial analysis showing the payback period and cash flows, and factors for project success such as meeting objectives on time and within budget.
Project Proposal on 10 MW Solar PV Power PlantVignesh Sekar
By installing and successfully operating 10 MW photovoltaic (PV) power plants will deliver electricity for consumption by the owners, the relevant peoples in the project assessment place will be made aware of the technical and economic potential of solar power generation. Furthermore, the power required from the public grid will be reduced, and overall expenditure on electric power will be lowered & our project aims to create the necessary awareness among the population, and especially among policy-makers and large investors, Youngsters.....
This document contains information from a management review meeting including:
- Sales performance for the current year with plan vs actual figures. Some parts were below target due to reasons like customer requests or schedule changes.
- Production and dispatch details for various parts showing actual, scheduled, dispatched and pending quantities. Some parts were behind schedule due to reasons like customer requests.
- Quality performance for the current year with rejection and RTV figures. Rejection was highest in machine shop and final quality checking.
- Inventory levels over the current year showing work in progress and finished goods inventory.
- Manpower utilization against sales for different departments.
- Maintenance section details energy consumption and machine breakdown details for the
The Port of Singapore is a major global shipping hub located in Singapore. Some key facts:
- It is the world's second busiest port in terms of shipping tonnage and busiest port in terms of container transshipments.
- In 2012, it handled over 538 million tons of cargo including over 31 million shipping containers.
- It has expanded significantly over time with new terminals added and now provides services like bunkering, ship repair, and logistics.
Techno-economic Pre-feasibility Study for the 1000 MW Transmission Line (CASA-1000)
Background and Key Objectives
Rationale and Description of Project
Export Potential
Supply / Demand Situation in Pakistan
Electricity Supply Situation in Afghanistan
Technical Assessment of Transmission Line
Preliminary Environmental Assessment
Economic Results
Conclusion and Way Forward
CASA – 1000 is a key component of the Central Asia-South Asia Regional Electricity Market (CASAREM) Initiative
CASA – 1000 involves construction of 1000 MW cross-border transmission interconnection for export of power from the Kyrgyz Republic and Tajikistan to Pakistan and Afghanistan
Four countries formed the Multi-Country Working Group (MCWG) for the implementation of the project
Afghanistan
The Kyrgyz Republic
Pakistan
Tajikistan
Study is divided into two Phases – Phase I and Phase II
Phase I - Preliminary analyses and pre-feasibility recommendations
Phase II – Detailed analyses and final recommendations
Analysing shovel dumper productivity for coal mineSafdar Ali
The document discusses estimating and analyzing the productivity of shovel-dumper combinations in coal mines. It provides norms for calculating productivity based on material properties, equipment types, and cycle times. The study compares approved productivity projections to actual productivity data from a mine. Reasons for variations include management issues, external stoppages, blasting challenges, and maintenance problems. Suggestions are given to improve productivity such as separate equipment for coal and overburden, better maintenance, and resolving issues like land disputes.
The document summarizes Pakistan's existing and future power generation capacity and electricity demand. It finds that while generation capacity has increased over time, demand is growing faster. As a result, shortages are projected to persist through 2011 unless additional measures are taken. It proposes a Load Management Programme to reduce peak demand by 1500 MW through demand-side measures and system improvements. This would help bridge the projected supply-demand gaps in the near term.
The document discusses a proposed water supply project by V V Water Company. It outlines that the project would involve developing water resources from a well field with infrastructure to transport water via pipeline. It evaluates the project based on three criteria: deliverability, feasibility, and affordability. For deliverability, it indicates the water could be produced in large volumes continuously from the well field. For feasibility, it describes the infrastructure plan to transport water from the well field to the point of storage and sale. For affordability, it finds the cost of water from this project would be lower than competing systems and available regardless of conditions like drought.
This document contains a study report on auxiliary power consumption (APC) at a thermal power station (TPS). It provides APC data for 7 generating units over two stages on a given date. The total APC for both stages was 9.49% of total generation. Charts show the average APC is higher for Stage I units compared to Stage II. Additional charts show the minimum loads required to achieve less than 8% APC for each unit, ranging from 186-213 MW. Partial loading and poor quality lignite are identified as reasons for higher APC percentages.
Ministry electric power_myanmar_2_27_13Seokho Shin
This document provides an overview of the present and future development of Myanmar's power sector. It discusses policies, current generation and transmission/distribution facilities, demand forecasting for the short term from 2013-2016, planned generation and transmission projects to meet demand, and long term generation planning from 2016-2031. Key points include expanding generation from hydro, gas, and coal power plants, meeting projected demand growth of 15% annually, and increasing electrification across the country. The generation plan aims to increase installed capacity to over 54,000 MW by 2031 through domestic and foreign investment in numerous hydro and thermal power projects.
This document assesses the additional electrical capacity that would be required from alternative energy systems to completely replace fossil fuels globally. It finds that replacing the existing fossil fuel infrastructure, including vehicles, industry and heating, would require over 36,000 TWh of additional annual electrical generation capacity. This is over 30% higher than total global electricity production in 2018. It would require building over 586,000 new non-fossil fuel power plants, predominantly solar and wind, to generate this additional electricity. The transition away from fossil fuels towards electrified transportation and industry would be an enormously large undertaking requiring a massive expansion of renewable energy infrastructure worldwide.
The role of energy storage in planning our energy needs in the UAEReedExhibitionsMiddl
The document discusses the role of energy storage in planning energy needs for the UAE. It notes that the energy landscape is changing as more renewable energy sources like solar and nuclear come online. Energy storage can provide benefits like load leveling, ancillary services, and backup capacity. Charts show Abu Dhabi's changing energy demand profile and how solar and storage could be used to integrate more renewable energy while ensuring supply meets demand. The conclusion is that further study is needed to understand the potential value and opportunities for energy storage in the UAE energy system.
This document summarizes the course contents for Environmental Engineering Lab-II. It includes 5 topics: population and water demand estimation, water quality treatment plants, well design and pump capacity determination, analysis and design of pipe networks and distribution, and design of sewer and plumbing systems. It then provides details on estimating the population and water demand for 11 zones within a given area over a 40 year period, including present and future population numbers and water demand in liters per day. Trend lines show the projected increase in both population and water demand over time.
China could use an expected boom in electric vehicles to stabilise a grid that depends heavily on wind and solar energy.“The biggest challenge for renewable energy development is not economic issues, it is technical issues. Variability. Variability is the biggest issue for us,” said Wang, who explained variability like so: “When we have wind we have electricity; when we have sun we have electricity. No wind and no sun, no electricity.”
Wang Zhongying, director of the China National Renewable Energy Center and deputy director general of the Energy Research Institute at China’s National Development and Reform Commission.
Inverted Energy: Diesel Generator Set Replacement Inverted2019
We built Inverted Energy to be a facilitator in the global shift towards future mobility and energy storage.
With a mission to accelerate the world's transition to sustainable energy, we have developed commercially advanced clean energy technologies, promotion sustainability by working with organisations in building energy storage projects with innovative technologies to move India forward.
With the rising cost of fuel and levels of pollution, diesel generator sets are no longer a viable option. However, once combined with energy storage - it can become a cost effective option and also contribute to a clean environment.
We aim to democratise energy access through innovation in energy storage technology. #GoBeyond the Ordinary
This document discusses saving 25% on utility bills through energy conservation measures. It provides an agenda for an energy conference that will discuss measuring current energy consumption, benchmarking against similar businesses, assessing opportunities like lighting upgrades and building automation, and ensuring projected savings are realistic. A sample project is presented that upgrades lighting, ventilation, automation/retro-commissioning, and mechanicals with a 5.65 year payback and 29% savings on the utility bill.
This document provides a cash flow portfolio for the District Cooling Plant project in Rihan Heights. It includes sections on cash in data, cash out data, and cash flow. The cash in section details the planned value and timing of works and monthly invoices totalling $53,166,017 over the project period from July 2010 to May 2012. The cash out section similarly outlines planned expenditures totalling the same amount. Section 3 presents the resulting projected cash flow curve and liquidity for the project.
The document discusses India's goals for achieving environment and energy sustainability by 2050. It analyzes India's current primary energy consumption and CO2 emissions compared to other countries. It also examines India's electricity production mix focusing on renewable energy sources like solar, wind and hydro. The objectives are to increase renewable energy capacity like solar to 175GW by 2022 and explore new sources from oceans. By transitioning to cleaner energy and improving efficiency, the document concludes India can meet its energy demand while balancing environmental sustainability and energy security goals.
Projectproposalon10mwsolarpvpowerplant 160312085340 (2)Muzaffar Ahmad
The document describes a proposed 10 MW solar PV power plant project. The objectives of the project are to demonstrate sustainable energy supply using solar power generation and contribute to a stable power supply with low-carbon energy. Key aspects of the project covered are the technical design layout for the solar panels, inverters and distribution; cost objectives such as the levelized cost of energy; and permission requirements from government bodies. The document also outlines the project timeline, financial analysis showing the payback period and cash flows, and factors for project success such as meeting objectives on time and within budget.
Project Proposal on 10 MW Solar PV Power PlantVignesh Sekar
By installing and successfully operating 10 MW photovoltaic (PV) power plants will deliver electricity for consumption by the owners, the relevant peoples in the project assessment place will be made aware of the technical and economic potential of solar power generation. Furthermore, the power required from the public grid will be reduced, and overall expenditure on electric power will be lowered & our project aims to create the necessary awareness among the population, and especially among policy-makers and large investors, Youngsters.....
This document contains information from a management review meeting including:
- Sales performance for the current year with plan vs actual figures. Some parts were below target due to reasons like customer requests or schedule changes.
- Production and dispatch details for various parts showing actual, scheduled, dispatched and pending quantities. Some parts were behind schedule due to reasons like customer requests.
- Quality performance for the current year with rejection and RTV figures. Rejection was highest in machine shop and final quality checking.
- Inventory levels over the current year showing work in progress and finished goods inventory.
- Manpower utilization against sales for different departments.
- Maintenance section details energy consumption and machine breakdown details for the
The Port of Singapore is a major global shipping hub located in Singapore. Some key facts:
- It is the world's second busiest port in terms of shipping tonnage and busiest port in terms of container transshipments.
- In 2012, it handled over 538 million tons of cargo including over 31 million shipping containers.
- It has expanded significantly over time with new terminals added and now provides services like bunkering, ship repair, and logistics.
Techno-economic Pre-feasibility Study for the 1000 MW Transmission Line (CASA-1000)
Background and Key Objectives
Rationale and Description of Project
Export Potential
Supply / Demand Situation in Pakistan
Electricity Supply Situation in Afghanistan
Technical Assessment of Transmission Line
Preliminary Environmental Assessment
Economic Results
Conclusion and Way Forward
CASA – 1000 is a key component of the Central Asia-South Asia Regional Electricity Market (CASAREM) Initiative
CASA – 1000 involves construction of 1000 MW cross-border transmission interconnection for export of power from the Kyrgyz Republic and Tajikistan to Pakistan and Afghanistan
Four countries formed the Multi-Country Working Group (MCWG) for the implementation of the project
Afghanistan
The Kyrgyz Republic
Pakistan
Tajikistan
Study is divided into two Phases – Phase I and Phase II
Phase I - Preliminary analyses and pre-feasibility recommendations
Phase II – Detailed analyses and final recommendations
Similar to GPA Energy Analysis Report 06-12-12 (20)
2. 2
Table of Contents
Introduction 3
Data for FY 2011 4
Data for FY 2011 for Totalized Account 11
Data for FY 2010 15
Data for FY 2010 for Totalized Account 22
Data for FY 2009 24
Data for FY 2009 for Totalized Account 32
Data for FY 2008 35
Data for FY 2008 Totalized Account 41
Tables 43
Compiled Charts 46
3. 3
Introduction
The energy analysis project was designed to help the Georgia Ports Authority know and track the cost and kilowatt usage of the
Garden City Terminal. The ultimate goal is for the GPA to know their energy usage and cost to comply with the State of Georgia’s
Energy Challenge and to also apply for aide for energy conservation projects.
28. 28
FY 2009 Bill
Demand Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
Cranes 0 0 384 832 960 1024 768 704 0 4879 1553 1671.94
Reefer 882 882 1029 964 1297 1395 1142 1144 1449 1428 2062.36 2219.8
High Mast Lights 579.4 579.4 639 638.1 656.2 661.5 664.2 665.1 666 666 686.3 689
Buildings 1426.1 1426.1 1333.1 1309.1 1310.1 1310.1 1310.1 1310.1 1338.3 1310.1 1183.91 1184.91
Warehouses 528.5 528.5 523.2 508.2 508.2 472.2 508.2 508.2 496 508.2 342.45 352.77
Misc. 566 566 593.7 585.6 590.1 627.2 598.5 989.6 589.7 589.7 385.4 417.1
0
1000
2000
3000
4000
5000
6000
July Aug Sept Oct Nov Dec Jan Feb Mar Apr May June
FY 2009 Bill Demand
Crane
Reefer
High Mast Lights
Building
Warehouse
Misc.
29. 29
Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
FY 2009 Crane
Op hrs 4854 4473 4427 4430 2331 3966 2898 4306 3052 3336 2209 5911
FY 2009 KWH 1,016,896 1,062,496 1,058,208 1,040,288 994,016 924,736 925,120 848,320 871,680 2,387,056 872,335 872,786
4854 4473 4427 4430 2331 3966 2898 4306 3052 3336 2209 5911
1,016,896
1,062,496
1,058,208
1,040,288
994,016
924,736
925,120
848,320
871,680
2,387,056
872,335
872,786
0
500000
1000000
1500000
2000000
2500000
3000000
July Aug Sept Oct Nov Dec Jan Feb Mar Apr May June
FY 2009 Crane Op hrs vs Crane kWh
Crane Op hrs
Crane kWh
30. 30
FY 2009
Total kWh Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
3,517,741 3,716,473 3,677,443 3,463,287 3,159,341 3,588,429 3,365,527 3,052,287 3,129,674 4,645,508 3,281,124 38,596,834
FY 2009 Total
Cost Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
$336,578 $350,543 $323,458 $269,677 $251,594 $276,090 $257,267 $241,576 $240,034 $385,203 $269,354 $249,421
$0.00
$50,000.00
$100,000.00
$150,000.00
$200,000.00
$250,000.00
$300,000.00
$350,000.00
$400,000.00
$450,000.00
-
500,000
1,000,000
1,500,000
2,000,000
2,500,000
3,000,000
3,500,000
4,000,000
4,500,000
5,000,000
July Aug Sept Oct Nov Dec Jan Feb Mar Apr May June
FY 2009 Cost vs. kWh for Garden City
kWh
Cost
31. 31
FY 2009 Pk
kWh Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
6022.44 6022.44 6369.99 5860.89 6510.31 6936.28 6399.46 6081.10 3515.51 8303.33 5635.37 5867.29
6022.44
6022.44
6369.99
5860.89
6510.31
6936.28
6399.46
6081.10
3515.51
8303.33
5635.37
5867.29
0.00
1000.00
2000.00
3000.00
4000.00
5000.00
6000.00
7000.00
8000.00
9000.00
July Aug Sept Oct Nov Dec Jan Feb Mar Apr May June
FY 2009 Total Pk kWh
Pk kWh
32. 32
FY 2009 Data from Totalized Account
**Note: The “Totalized Account” was created in April of 2009, where the fiscal year runs from July 2008-June 2009. Previous to the
“Totalized Account” the account was exclusively the crane usage.**
FY 2009 Cost
vs Maint. Jul-08 Aug-08 Sep-08 Oct-08 Nov-08 Dec-08 Jan-09 Feb-09 Mar-09 Apr-09 May-09 Jun-09
Cost $99,649 $111,279 $83,394 $67,352 $62,879 $56,672 $56,340 $51,456 $49,696 $187,304 $194,166 $180,452
Maint. $0 $119,931 $155 $155 $155 $155 $155 $155 $155 $213,690 $3,965 $15,792
$99,648.95
$111,279.21
$83,394.40
$67,351.62
$62,878.65
$56,672.27
$56,339.54
$51,455.72 $49,695.93
$187,304.27
$194,165.94
$180,452.26
$0.00
$119,930.61
$155.00 $155.00 $155.00 $155.00$155.00 $155.00 $155.00
$213,690.30
$3,964.81
$15,791.92
$0.00
$50,000.00
$100,000.00
$150,000.00
$200,000.00
$250,000.00
July Aug Sept Oct Nov Dec Jan Feb Mar Apr May June
FY 2009 Cost vs. Maintenance Cost
Cost
Mainten…
34. 34
Data for FY 2008
10,412,189
13,977,719
3,636,646
6,993,804
1,935,758
2,207,278
FY 2008 KWH for Garden City
Crane
Reefer
High Mast Lights
Building
Warehouse
Misc
Crane
Reefer
High Mast Lights
Building
Warehouse
Misc.
26.6%
35.7%
9.3%
17.9%
4.9%
5.6%