Aclahn Max Investment LTD

Aclahn Max Investment LTD We deliver industrial supply products fast.

RGE ltd is a leader in industrial supply with an extensive offering of electrical, data communications, general maintenance, repair, and operations (MRO) and electrical OEM products. We are more than just an electrical distributor - we're a company of procurement specialists, helping customers lower supply chain costs and increase efficiency through LEAN Customer Value Creation (LCVC); and save en

ergy with Green and Sustainability initiatives. As a Fortune company our industrial supply solutions leverage our buying power and extensive procurement experience that leaders across a broad range of industries trust to deliver value, service, and results that exceed customer expectations.

15/09/2019

YOU ARE ALWAYS WELCOME AT Aclahn Max Investment LTD! We deliver in 24hrs, our commitment in service delivery can't be questioned.

10/08/2017
Euro-Plant

Euro-Plant

Продажа декоративных растений

15/04/2012
Digital SLR Hub

Digital SLR Hub

Take your photography skills to the next level and go beyond limits by getting a Sony SLT & digital SLR camera or NEX camera, which contains powerful features that create images to complement your photography skills. The camera uses trustworthy Carl Zeiss® lens, Song G lens and has a comprehensive r...

15/04/2012
Sony Handycam Africa TV Commercial

Sony Handycam Africa TV Commercial

Share joy with camcorders that allow you to share videos on the go. A high-contrast Built-in Projector means you can project your memories on any flat surfac...

15/04/2012
Firewall Configuration: How do we get it wrong?

Firewall Configuration: How do we get it wrong?

If you have been using the Internet for sometime, and especially if you work at a larger company and browse the Web while you are at work, you have probably heard the term firewall used. For exampl...

15/04/2012
Nokia 808 Pure View:with 41 mp camera [Reporter HD]

WATCH THIS OUT

ടെക്ക് ലോകത്തെ ഞെട്ടിച്ച് .41 എംപി ക്യാമറ സ്മാര്‍ട്ട് ഫോണുമായി നോക്കിയ

12/04/2012

Character is like a tree and reputation like a shadow. The shadow is what we think of it; the tree is the real thing.

03/04/2012

service

03/04/2012

Chicago Electric Power Systems 90599 Solar Panel Kit - 45 Watt
This solar panel kit powers TVs, lights, computers and even your vehicle battery.
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Sunforce 50033 15 Watt Solar Panel 12V Battery Charger Kit
$75
from 27 stores
Sunforce 50033 15 Watt Solar Panel 12V Battery Charger Kit
Charge your batteries with the sun's energy and regulate that power in order to improve your batteries lifesspan. Works with automobiles, RV's ...
6 reviews -
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Ramsond 100 Watt 100W W Monocrystalline Photovoltaic PV Solar ...
$190
from 4 stores
Ramsond 100 Watt 100W W Monocrystalline Photovoltaic PV Solar ...
Ramsond solar panels use only 'Grade A' quality, high purity silicone cells. Ramsond does not incorporate used, rejected, refused or second-hand ...
Add to Shopping List
Instapark 100W Mono-crystalline Solar panel, 100 Watt SP-100W
$249
from 6 stores
Instapark 100W Mono-crystalline Solar panel, 100 Watt SP-100W
Tired of all the noise and smell from your diesel generator? The instapark sp-100w solar panel offers you a quiet, clean while carbon-free ...
Add to Shopping List
Go Power! 120 Watt Solar RV Kit
$1,619
from 21 stores

This site accepts Google Checkout
Go Power! 120 Watt Solar RV Kit
Weekender SW is a complete solar panel and inverter charging system that includes a 125 watt solar charging kit, as well as the Go Power! GP ...
Add to Shopping List
Sunforce 130 Watt Solar Panel
$400
from 15 stores

This site accepts Google Checkout
Sunforce 130 Watt Solar Panel
Other size options: 85 Watt ($300)
High efficiency crystalline solar panels. Ideal for 12 volt battery charging and use in remote locations. Completely weatherproof for added ...
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Nature Power 40400 Solar Home and RV Kit with 40 Watt Solar Panel
$1,000
from 14 stores

This site accepts Google Checkout
Nature Power 40400 Solar Home and RV Kit with 40 Watt Solar Panel
Environmentally friendly, affordable power for RVs, homes, cottages, boats, emergency back - up and more. Its integrated transfer switch and AC ...
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UniSolar PVL-68 PV Laminate, 68 Watt 12V Amorphous Solar Panel
$194
from 3 stores

This site accepts Google Checkout
UniSolar PVL-68 PV Laminate, 68 Watt 12V Amorphous Solar Panel
UNI-SOLAR 68 Watt 12V Field Applied PV laminates (PVL-68) are designed to provide many years ofreliable roofing protection and independent ...
Add to Shopping List
Sunforce 50048 60 Watt Solar Generator Kit
$249
from 28 stores
Sunforce 50048 60 Watt Solar Generator Kit
Amorphous solar charging kit provides up to 60 watts of clean, free, renewable power. Designed for RVs, cabins, homes, boats, back-up and remote ...
24 reviews -
Add to Shopping List
Sunforce 39303 390-Watt High-Efficiency Polycrystalline Solar ...
$2,000
from 3 stores
Sunforce 39303 390-Watt High-Efficiency Polycrystalline Solar ...
High-efficiency polycrystalline solar cells from Sharp provide advanced power output. Weatherproof solar cells feature durable aluminum frames ...
Add to Shopping List

27/03/2012

hello my fellow Rossiya members, we have added unlimited internet to our services, those in need of fast, reliable, cheap, unlimited downloads please contact Rossiya Global Electronics or simply inbox and we shall get back to you

23/03/2012

we have added software and system development to our services so those in need of cool software and well functioning systems please contact us.

20/03/2012

for efficient and well built websites, escalators and elevators please feel free to consult with us. and all those in need of printery services, do not hesitate to inbox. all at reasonable prices

19/03/2012

Thank you guys for showing us some love. we promise never to let you down as our services are are getting better and better.

18/03/2012

For Maintenance, repair, and operations (MRO) or maintenance, repair, and overhaul involves fixing any sort of mechanical or electrical device should it become out of order or broken (known as repair, unscheduled or casualty maintenance) just Contact Rossiya

04/12/2011

Business
Advanced Solar Panels Coming to Market

Nanosolar's new factory could help lower the price of solar power, if the market cooperates

A promising type of solar-power technology has moved a step closer to mass production. Nanosolar, based in San Jose, CA, has opened an automated facility for manufacturing its solar panels, which are made by printing a semiconductor material called CIGS on aluminum foil. The manufacturing facility is located in Germany, where government incentives have created a large market for solar panels. Nanosolar has the potential to make 640 megawatts' worth of solar panels there every year.

Solar cells made of the CIGS semiconductor, which is composed of copper, indium, gallium, and selenium, have long been considered a potential challenger to conventional solar cells made of silicon. At least in the lab, CIGS cells have reached efficiencies comparable to silicon-based solar cells. And in theory, they could be made using inexpensive printing processes, leading to much less expensive solar power. But developing manufacturing processes that maintain the high efficiencies has proven difficult.

Nanosolar claims to have solved these problems. Its solar cells still aren't as efficient as laboratory cells--the best of them convert 16.4 percent of the energy in sunlight into electricity, as opposed to over 20 percent in the lab. And on average, the company's solar panels convert just 11 percent of that energy into electricity, says Martin Roscheisen, Nanosolar's CEO. But that's high enough to compete with conventional solar panels, he says, due to modifications that improve performance and lower installation costs. He estimates that in sunny locations, power plants made using these panels could produce electricity at five to six cents per kilowatt hour, based on Department of Energy methods for calculating the amortized cost of solar panels over their lifetimes. That's near the cost of electricity from coal and significantly less than most solar power, which costs about 18 to 22 cents per kilowatt hour.

Low efficiency is a problem because it increases the cost of installing solar-power arrays--since each panel produces less power, more solar panels have to be installed. The lower power production can also increase the cost of electronics for gathering the power the panels produce. To address the latter problem, Nanosolar has increased the current its panels can generate, in part by using large aluminum-foil sheets to collect electrons from each panel. This, together with other modifications, effectively decreases the amount of wiring per panel, simplifying installation and reducing the cost of materials. The panels are also larger than competing solar panels with similar efficiencies, and so they generate more power per panel. For example, solar panels from First Solar of Tempe, AZ, one of the largest solar-panel companies in the world, generate about 70 watts. Nanosolar's generate 160 watts.

04/12/2011

The Growing Market for Solar Cells

Printing is playing a key role in the development of low-cost flexible thin-film solar cells, and ink companies are creating novel new technologies for this fast-growing market.

By David Savastano
Editor

First Nanosolar utility panels shipped and deployed in Germany in a free-field plant installation. (Photo credit: Willi Breuer)
As petroleum-based energy costs soar and concerns over the environment as well as sustainability grow, interest in new sources of natural energy is on a rapid ascent, whether it is wind or solar power.

Solar technologies have generated tremendous interest among the public and investors alike, and the allure is understandable:the ability to harness the sun’s energy offers unlimited clean power.

The goal, then, is to be able to gather this power efficiently at a reasonable cost. Typically, solar cells are costly, but if a way could be found to mass produce these cells, there could be fast growth in the market. This is where printing comes into play.

It is becoming apparent that flexible thin-film photovoltaic (PV)cells can be used to collect solar energy at a fraction of the cost of present technologies. A wide variety of companies are in the market:United Solar Ovonic (a wholly-owned subsidiary of Energy Conversion Devices Inc.), Global Solar, First Solar, Nanosolar, Konarka, Solopower, HelioVolt, Miasole, Daystar and Evergreen Solar are just a few of the companies in this growing field.

A look at the investments into these companies shows the potential for the field. Nanosolar has received $500 million in funding to date, including investments from leading power companies such as AESCorporation, EDF and the Carlyle Group. Meanwhile, Dow Chemical is partnering with Global Solar.

There is plenty of expansion as well. First Solar announced plans in August to add 500,000 square feet to its manufacturing and R&Dfacility in Perrysburg, OH. Global Solar just moved into its new 100,000 square foot factory in Tucson, AZ.

Sales are up as well:in terms of publicly-held companies, First Solar’s sales grew to $267 million in the second quarter of 2008, up from $77.2 million in the second quarter of 2007. Evergreen Solar reports that it has $3 billion worth of orders from five customers for the next five years, most recently signing a $1.2 billion contract with IBC Solar AG.

The Market for Printed Solar Cells

The development of printed solar cells is moving forward more quickly than originally anticipated.

“Organic printed solar cells are rapidly evolving as a third generation photovoltaic material,” said Dan Williams, vice president of business development for Konarka. Mr. Williams noted that Konarka’s Power Plastic material was originally thought to be viable by 2010, but it is finding immediate markets for today’s renewable energy applications in everything from consumer portable charging to flexible outdoor structures.

Nanosolar CEO Martin Roscheisen said the printed solar cell market was non-existent until recently because all of those solar cells that could be printed were either based on inefficient or unstable semiconductors.

“Only with Nanosolar working out ways of printing CIGS, the most efficient and most stable thin-film semiconductor, has it been possible to bring the economics of printing to solar in a way that has large market reception,” Mr. Roscheisen said.

“While thin film solar cells have begun to make an impact in the market place, currently they are led by v***r deposited technologies,” explained Troy Hammond, vice president of products for Plextronics. “Truly printed solar cells are on the verge of commercialization.”

Because of the potential for the thin film PV market, there is plenty of interest from the financial end.

“The thin film photovoltaic market has a lot of venture capital going into it,” said Stuart Ganslaw, vice president of business development, Creative Materials, Inc., a supplier of conductive inks, coatings and adhesives. “It’s a matter of who is getting the funding.”

The technologies are varied, ranging from high-efficiency, low-cost copper-indium-gallium-selenide (CIGS) utilized by Global Solar, Solopower, HelioVolt, Nanosolar, Miasole and Daystar. First Solar specializes in cadmium telluride (CdTe). United Solar Ovonic utilizes amorphous silicon.

Inks are playing a key role in these products, as established and specialist companies alike are developing exciting new technologies.

“Most of these companies use ink products in the manufacturing process,”Mr. Ganslaw noted. “For PVsuppliers, better conductivity is a key, as it enables them to use less ink as well as thinner lines, which improves efficiency by covering less of the cell. Good adhesion and heat resistance are also important, as is environmental stability. It’s a tough application, and it has become a very active area for us.”

“Growing demand for clean energy has resulted in a dramatic increase in demand for solar cells,” said Colin Davie, director, business development, for Sun Chemical. “Sun Chemical views this market and the field of printable electronics in general, as strategically important growth opportunities.”

To help develop inks for the PVmarket, Mr. Davie noted that Sun Chemical has created a dedicated electronic materials market development group and recently invested in a new, state-of-the-art, 5,000 square foot clean room research and development center in Carlstadt, NJ where the company can print, fire and characterize solar cells.

The inks used for PVcells are highly engineered, in order to provide the efficiencies needed to effectively collect solar energy. For example, Mr. Roscheisen pointed to high efficiency and stability as key properties for inks.

“Key properties for inks would fall into two categories – those which support processing and uniform application and appearance,” Mr. Williams said. “In the case of printed electronic inks for photovoltaics, the ink properties are driven more by functionality (electrical, lifetime, etc.) rather than appearance. This focus on functionality drives the rheological properties of the inks.”

Plextronics’ Plexcore polymers and printable inks are key ingredients in the formation of high-quality organic layers. Mr. Hammond said that improving the performance of printed solar cells begins with the inks that absorb the sun’s light and enable efficient generation of energy, typically referred to as the active layer inks.

“These inks must be solution-processable using traditional large-area printing processes such as gravure, slot-die and inkjet printing,” Mr. Hammond noted. “Critical ink parameters that typically differ between these printing processes include, for example, solvent compatibility, viscosity, v***r pressure and surface tension. Solution processing is the key to low-cost manufacturing due to lower energy requirements and cheaper capital equipment compared to today’s silicon-based vacuum processing.

According to Mr. Hammond, the OPV inks must maintain functionality while being printed via these large-area printing processes. “Layer thickness of these thin films, which is typically 100s of nanometers, is critical to light absorption,” he added. “In addition, both the surface and bulk properties of these thin films, such as surface roughness and morphology, are critical to charge transport and achieving highly efficient device performance. The combination of processibility via economic printing methods and high functionality within the printed device are critical parameters for the inks used in the printed solar cell market.”

Nanosolar CEO Martin Roscheisen holding up a Nanosolar solar cell and a vessel with Nanosolar’s nanoparticle ink in Nanosolar’s facility. (Photo credit: Bart Nagel)
Mr. Davie noted that three types of inks are generally used in the production of a solar cell: a silver paste for the front surface metallization, an aluminum paste to form the back surface field, and a back surface paste which is either a silver or a silver/aluminum paste to form contact pads that can be soldered to during module assembly.

“The screen pastes developed for this market must be printable at a relatively high speed and form dimensionally and environmentally stable conductors,” Mr. Davie noted. “Other desirable properties include low bowing for the aluminum pastes and lead- and cadmium-free formulations for ‘greener’ solar power generation.”

Some of the leading innovators are moving ahead with new technologies in preparation for further expansion in the rapidly growing PVmarket.

“Over the past year, Konarka has made significant progress in understanding the processing requirements of printed electronic inks to support our production scale up plans,” Mr. Williams said. “Significant investments in process engineering and manufacturing equipment bode testimony to our commitment and confidence in manufacturing printed solar cells for a wide variety of applications.”

“Plextronics has developed a proprietary, leading set of inks for organic photovoltaics (OPV), that is, solar cells where the active layers are made of organic molecules instead of the typical heavy metals and inorganic semiconductor materials,” Mr. Hammond said. “Research cells made using these inks have been certified as the world record performance for OPV by NREL. By combining these inks with process technology and device design, Plextronics can support other companies that are interested in scaling up module manufacturing for this new solar technology. Plextronics’ ink-based business model is unique in the solar cell industry. Other companies are developing inks to enable printing of their own solar modules – only Plextronics in enabling many companies to print solar products by buying the necessary active layer inks. Plextronics formally launched its first ink product targeted to these customers in June of this year and has received very positive response. We foresee customers using our inks and technology first to produce products for off-grid and consumer markets.With continued advancement of the technology by Plextronics, customers should be able to scale up to large-scale on-grid power applications.”

Market Potential

What, then, is the overall potential for the flexible thin film solar cell market?

“There are a number of near-term applications for printed photovoltaic material being developed at Konarka, many being driven by the properties offered by a printed solution such as flexibility of printed substrates, ease of handling, recyclability, high volume production and low cost,” Mr. Williams said. "These features and benefits afford Konarka's Power Plastic to be a viable solution for many applications underserved by more traditional photovoltaic materials. As the demand for ubiquitous power and everything energy-capable increases, the use of printed electronic inks to address those demands will be on the rise.”

“Plextronics believes that solar technology will grow enormously in the coming decades to the point that it is a major contributor of global energy needs,” Mr. Hammond said. “For this to happen, substantial breakthroughs in cost and performance must be achieved. This will be enabled by low-cost printing of ink-based solar technologies such as Plextronics’ organic solar technology.”

“It has the potential to completely dominate solar technology,” Mr. Roscheisen concluded.

04/12/2011

Solar Energy Operations: Resource Requirements and Impact Sources

Minimal land-disturbing activities are anticipated during the operations phase.

Routine activities would include operation of the solar development to produce power, and regular monitoring and maintenance activities to ensure safe and consistent operation. Routine mirror washing would be required (e.g., every few weeks). In most cases, mirror washing would occur during evening hours. Both on- and off-site maintenance of access roads (glossary term) may be required after rainfall events (e.g., blading and sediment (glossary term) removal from culverts). Vegetation maintenance would be required within the solar collector field and within the transmission line (glossary term) , gas pipeline, and water pipeline rights-of-way (glossary term) .

The following factors could affect whether an environmental impact could occur at a solar energy project and whether it would be considered an adverse effect.

Acreage – Acreage needs for a parabolic trough or compact linear Fresnel reflector development would average about 5 acres/megawatt (MW) (glossary term) , while acreage for the other solar technologies would average about 9 acres/MW. Acreage needs increase if the solar field is oversized to take advantage of thermal or electrical storage. For example, a parabolic trough development could increase the field size from 5 acres/MW to 10 acres/MW. Also, facilities with two-axis tracking would require increased spacing to avoid shadowing effects (e.g., photovoltaic plants could double in size, requiring up to 10 acres/MW). The transmission line right-of-way would be about 150 feet wide, while pipeline rights-of-way would be about 25 to 50 feet wide.
Emissions - Solar energy operations would generate pollutants that include emissions from the operation of vehicles and the periodic operation of diesel-fueled emergency generators (glossary term) for preventative maintenance purposes; fugitive dust (glossary term) from vehicle travel on unpaved roads or wind erosion from bare soils; and minor release of volatile organic chemicals (VOCs) (glossary term) from on-site storage of diesel fuel, and various maintenance and cleaning operations. Criteria and greenhouse gases (glossary term) could also result from use of heating, ventilation, and air conditioning systems. Particulate emissions would be released from cooling tower drift if wet cooling is used. Air emissions from hybrid facilities would be proportional to the relative percentage of the power generated from the fossil-fueled portion of the project. Fires, accidents, and broken photovoltaic (PV) modules could also be a source of air emissions.
Waste Generation – Small amounts of gear oil and lubricating oils; transmission and glycol-based coolants and lubricants; and paints or coatings for corrosion control. Hazardous chemicals would be present in blowdown. The only hazardous materials (glossary term) used in dish engine systems are the antifreeze used in the cooling system and a small amount of oil lubricant used in the engine. The hydrogen gas used as the heating fluid is sealed inside the engine; the small amounts that escape over time is non-toxic and diffuses rapidly into the atmosphere.
Water Needs – Parabolic trough, compact linear Fresnel reflector, and power tower technologies would require up to 15 acre-feet per year per megawatt (ac-ft/yr/MW) (nearly 13,400 gallons per day per MW) for wet cooling or up to 1.5 ac-ft/yr/MW (about 1,350 gallons per day per MW) for dry cooling. Cooling water would not be required for dish engine or photovoltaic technologies. Water required for mirror washing would be about 0.5 ac-ft/yr/MW (nearly 450 gallons per day per MW) for all solar technologies. Water would likely be brought to the site by a pipeline or obtained from an on-site well.
Workforce – Full-time operational or maintenance crews would be required at the project site. The number of full-time equivalent employees would be about 10 to 160 or more, depending upon the type and size of the solar project.
Utility and Emergency Power Requirements – Although the primary purpose of a solar development is to deliver power to the transmission grid (glossary term) , it may also use power to function optimally. To ensure safe shutdown of all systems in the event of grid connection interruption, and to ensure the continued operation of safety-related devices such as aviation safety lights, solar developments would be equipped with emergency alternating current (AC) (glossary term) power generation, typically in the form of a diesel-fueled emergency generator, and emergency direct current (DC) (glossary term) power in the form of lead-acid storage batteries. Energy would also be required to operate the power block, cooling towers and fans, provide lighting and heat, and so forth.

04/12/2011

Solar Energy Operations Impacts

Operations activities that may cause environmental impacts include operation of the solar energy facility, power generation, and associated maintenance activities.

Typical activities during the solar energy facility operations phase include operation of the solar energy facility, power generation, and associated maintenance activities that would require vehicular access and heavy equipment operation when components are being replaced. Potential impacts from these activities are presented below, by the type of affected resource.

The following potential impacts may result from solar energy operations.
Acoustics (Noise)

Sources of noise during operations would be mechanical and aerodynamic noise from the power block (depending on the solar technology used—such as from steam turbine (glossary term) generators (glossary term) , pumps, cooling towers), solar tracking devices, solar dish engines, transformer (glossary term) and switchgear noise from substations (glossary term) , corona noise (glossary term) from transmission lines (glossary term) , vehicular traffic noise, and maintenance facility noise.
Air Quality (including Global Climate Change and Carbon Footprint)

There are no direct air emissions from operating a solar facility. Minor volatile organic compound (VOC) (glossary term) emissions are possible during routine maintenance activities, such as mirror washing or mirror replacement. Vehicular traffic will continue to produce small amounts of fugitive dust (glossary term) and tailpipe emissions during the operations phase. Depending on the solar technology used, some power block emissions are possible from process boilers (combustion (glossary term) -related criteria pollutants and hazardous air pollutants [HAPs]) and cooling towers (small amounts of particulate matter (glossary term) ). These emissions would not likely exceed air quality standards nor have any impact on climate change (glossary term) .
Cultural Resources

Impacts during the operations phase would be limited to unauthorized collection of artifacts, and visual impacts (glossary term) . The threat of unauthorized collection would be present once the access roads (glossary term) are constructed in the site evaluation or construction phase, making remote lands accessible to the public. Visual impacts resulting from the presence of large solar facilities and transmission lines could affect some cultural resources (glossary term) , such as sacred landscapes (glossary term) or historic trails (glossary term) .
Ecological Resources

During operation, adverse ecological effects could occur from (1) disturbance of wildlife by equipment noise and human activity; (2) site maintenance (e.g., washing solar collectors and vegetation control); (3) exposure of biota (glossary term) to contaminants; and (4) mortality of birds from colliding with the project facilities, being burned by concentrated solar rays (primarily for power tower projects, and collisions with and/or electrocution by transmission lines. During operation of a solar energy facility, wildlife could still be affected by habitat fragmentation due to the presence of the fenced solar energy facility, utility rights-of-way (ROWs) (glossary term) , and access roads. In addition, the presence of a solar energy development project and its associated access roads and ROWs may increase human use of surrounding areas, which in turn could impact ecological resources in the surrounding areas through:

Introduction and spread of invasive vegetation,
Disturbance,
Mortality of wildlife from vehicles,
Increase in hunting (including poaching), and
Increased potential for fire.

The presence of a solar energy project could also interfere with migratory and other behaviors of some wildlife.

Environmental Justice

Possible environmental justice (glossary term) impacts during operation include the alteration of scenic quality in areas of traditional or cultural significance to minority or low-income populations and disruption of access to those areas. Noise impacts and health and safety impacts are also possible sources of disproportionate effect.
Hazardous Materials and Waste Management

Industrial wastes are generated during routine operations (dielectric fluids, cleaning agents, and solvents). These wastes typically would be put in containers, characterized and labeled, possibly stored briefly, and transported by a licensed hauler to an appropriate permitted off-site disposal facility (glossary term) as a standard practice.

Unique to photovoltaic (PV) technologies, some high-performance solar cells may contain small amounts of cadmium, selenium, and arsenic, and are only hazardous if the solar cell is broken. Damaged cells would need to be characterized and managed as hazardous waste (glossary term) .

Concentrating solar power (CSP) technologies (parabolic trough and power tower) may also generate substantial amounts of heat transfer fluids (HTFs) and industrial solid wastes (glossary term) , such as lubricating oils, compressor (glossary term) oils, and hydraulic fluids.

Impacts could result if these wastes were not properly handled and were released to the environment.
Human Health and Safety

Possible impacts to health and safety during operations include exposures to electromagnetic fields (EMF) (glossary term) and accidental injury or death to workers during operation and maintenance activities. In addition, worker health and safety issues include working in potential weather extremes, and possible contact with natural hazards, such as uneven terrain and dangerous plants, animals, or insects. Risk to the public of accidental death or injury is unlikely since the facilities are fenced.
Land Use

Land use (glossary term) impacts during the operation of the solar facility would be an extension of those that occurred during the construction phase. No alternate land use would be available during the operation of the solar facility, with the possible exception of directional drilling (glossary term) for oil and gas resources.
Paleontological Resources

Impacts during the operations phase would be limited to unauthorized collection of fossils. This threat is present once the access roads are constructed in the site evaluation or construction phases, making remote lands accessible to the public.
Socioeconomics

Direct impacts would include the creation of new jobs for operation and maintenance workers and the associated income and taxes paid. Indirect impacts are those impacts that would occur as a result of the new economic development and would include things such as new jobs at businesses that support the workforce or that provide project materials, and associated income and taxes. The number of project personnel required during the operation and maintenance phase would be about an order of magnitude fewer than during construction. Therefore, socioeconomic impacts related directly to jobs would be minimal.
Soils and Geologic Resources (including Seismicity/Geo Hazards)

During operation, the soil and geologic conditions would stabilize with time. Soil erosion and soil compaction are both likely to continue to occur along access roads. Within the project footprint (glossary term) , soil erosion, surface runoff, and sedimentation of nearby water bodies will continue to occur during operation, but to a lesser degree than during the construction phase, and the impact is expected to be small once equilibrium is achieved.
Transportation

No noticeable impacts to transportation are likely during operations. Low volumes of heavy- and medium-duty pickup trucks and personal vehicles are expected for routine maintenance and monitoring. Infrequent, but routine shipments of component replacements during maintenance procedures are likely over the period of operation.
Visual Resources

Solar energy development projects would be highly visible in rural or natural landscapes. The disturbed area would continue to contrast with the natural form, line, color, and texture of the surrounding landscape. Visual evidence of a solar field cannot easily be avoided, reduced, or concealed, owing to its size and exposed location; therefore, effective mitigation is often limited.

Additional issues of concern are specular reflection from the solar collector arrays resulting in glint or glare (except for PV arrays); visual contrasts from support facilities, and light pollution from the lighting on facilities.

Additional visual impacts would occur during maintenance from vehicular traffic.
Water Resources (Surface Water and Groundwater)

Withdrawals of surface water and/or groundwater (glossary term) are expected to continue during the operations phase. The amount of water needed depends on the solar technology employed. Impacts to water resources during the operation and maintenance phase would also include possible degradation of water quality resulting from vehicular traffic and machinery operations during maintenance (e.g., erosion and sedimentation) and wastewater (glossary term) disposal.

Address

Seguku Entebbe Rd. Opposite Mildmay Hospital
Wakiso
+256

Telephone

+256705402147

Website

Products

Utility Solutions

In utility supply, the strength of multiple manufacturers and extensive inventory enables RGE ltd to tailor utility products and services specifically to the customer's needs and project requirements. RGE ltd also provides utility supply, sourcing, and materials management for maintenance and power plant operations. As deregulation forces utilities of all sizes to seek cost savings throughout their operations, RGE ltd provides purchasing and supply management to streamline procurement practices. Whatever the size, RGE ltd serves customers on both the national and local levels with a wide range of utility products:

Investor-Owned Utilities (IOUs)
Municipals (Munis)
Rural Electric Co-Operatives (Co-Ops)

Construction Solutions

RGE ltd's vast product selection and experienced staff in construction supply serve electrical contractors of all sizes. By providing specifications, value engineering, sourcing, and on-site materials management services to large contractors for major industrial and commercial projects, RGE ltd functions as more than just an electrical distributor - we're your partner in construction supply. Local and regional contractors benefit from the same broad catalog with competitive pricing and our support-services such as design assistance and project management.

Integrated Supply

RGE ltd Supply develops cost-effective integrated supply management programs for maintenance, repairs, and operating supplies (MRO) in Uganda and East Africa. For over 1 year, RGE ltd has offered a wide selection of supply management solutions, including procurement services, technology based tools, inventory management services, and cost savings programs to improve total supply chain performance. Our solutions range from total turnkey outsource programs to MRO commodity management programs; and our supply management programs lower overall costs at all points in the supply chain from ordering to asset management and spend controls. As more companies seek to reduce cost and improve operating efficiency, they look at integrated supply management services as a way to re-engineer supply chain costs and improve cost savings programs

RGE ltd Communications Supply

RGE ltd Communications Supply is a leading nationwide distributor of copper & fiber IP infrastructure and industrial wire and cable products. CSC distributes a full range of products to support advanced connectivity for voice and data communications, access control, security surveillance, building automation, video distribution, life safety broadcast systems, and electrical construction and manufacturing for commercial, residential, and government customers.

OEM

Two industry leaders. One total solutions provider.
RGE ltd has served the industrial market with specialized services and solutions and is a leading distributor of automation controls and advanced electronic/electromechanical solutions. In addition to local consultative support, RGE ltd offers a vast inventory of product solutions from more than 360 authorized manufacturers. We service a broad spectrum of end markets with an array of products such as sensors, switches, relays, circuit breakers, contactors, wire/cable management, power supplies, terminal blocks and connectors.

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