Solarcom Home Systems

Solarcom U-10

1. Solar panel: 10W 18V

2. Battery capacity: 7 AH 12V

3. USB port: DC 5V 2PCS

4. DC port: DC 12V 4PCS

5. LED light: 4PCS

Solarcom U-12

1. Solar panel: 12W 18V

2. Battery capacity: 10AH 12V

3. USB port: DC 5V 2PCS

4. DC port: DC 12V 4PCS

5. LED light: 4PCS

Solarcom U-20

1. Solar panel: 20W 18V

2. Battery capacity: 17AH 12V

3 .USB port: DC 5V 2PCS

4. DC port: DC 12V 4PCS

5. LED light: 4PCS

Solarcom U-25

1. Solar panel: 25W 18V

2. Battery capacity: 20AH 12V

3. USB port: DC 5V 2PCS

4. DC port: DC 12V 4PCS

5. LED light: 4PCS

Solarcom U-30                          

1. Solar panel: 30W 18V

2. Battery capacity: 22AH 12V

3. USB port: DC 5V 2PCS

4. DC port: DC 12V 4PCS

5. LED light: 4PCS

We have up to 5000W System.

 

UAGES LLC
1633 Broadway, 30th Floor
New York, NY 10019
USA
Toll Free (800) 398-8201

Maxwell Shimba, CEO

Email General Requirements: Info@u-ages.com

www.u-ages.com

Soon, discarded coconut shells may light up streetlamps in Navi Mumbai

Discarded coconut shells may light up streetlamps

NAVI MUMBAI: The civic body along with The Energy and Resources Institute (TERI) will soon set up a bio-electricity plant to power streetlights in the city. The caveat: it will run on coconut shells, which are thrown as waste in the city.

Sources in the NMMC said that the plant will be set up on a “scientific landfill site” in Turbhe.

The plant, which is the brain child of NMMC and TERI, will be built on the landfill, which measure 6.5 acres.

“The biomass gasifier plant will use coconut shell as raw material. Almost 10% of the 650 metric tons waste collected consists of coconut shells,” said Prathamesh Chourey, associate fellow, western regional centre, TERI. (See Box)

He explained that the project will initially generate 20KW per hour. “Once successful, we plan to generate 240KW,” he added.

Chourey explained that for generating 20KW per hour, just 35kg of coconut shells will be needed. “It will take around 6-8 months to establish the pilot project. The estimated cost is Rs 50-55 lakh. To establish it on a permanent basis, it will cost around Rs 2-3 crore,” he said.

This project, sources said, is part of the civic body’s aim to become an eco-city and the plan has been in the pipeline for a while.

“The initiative of promoting this plant was taken by the NMMC commissioner in February. Accordingly, TERI gave the civic body a design and a cost estimate for the project and we have decided to start it at Turbhe landfill. The power generated through this energy will be used for streetlights in the city, and the estimated cost and design of this plant will be soon sanctioned by the NMMC.” said an official from the eco-city cell of the civic body.

Credit

http://timesofindia.indiatimes.com/city/navi-mumbai/Soon-discarded-coconut-shells-may-light-up-streetlamps-in-Navi-Mumbai/articleshow/47548603.cms:

Solar battery powered freezer from 68L to 358L

UAGES LLC

1633 Broadway, 30th Floor
New York, NY 10019
USA

Toll Free (800) 398-8201

Email: info@u-ages.com 

Mini Solar Home System

Advantages:

l Warranty: 2 year for battery, 3 years for LED lamp and 20 years for solar panel

l Emergency lighting

l Carbon green, Eco friendly and Energy saving

l Portable solar light

l A handle is convenient to carry by hand

l Indicators of power status: 25%, 50%, 75%, 100% for easily understanding

Application:

Home lighting and House lighting, Camping lighting, Outdoor activities and Emergency lighting.

As a charger for Mobiles, MP3, MP4, Digital camera, and so on.

Applicable for Village, country area, remote area, mountainous area, desert area, grassland area. 

Fully charging time About 8 hours Lighting time About 5 hours Accessories mobile charging connectors Packing 10sets/ctn Carton size 600*350*250mm NW/GW/CTN 20kgs/24kgs 20GP/40GP 495cartons (4950pcs)/ 1067cartons (10,670pcs)

Contact us for more details

info@u-ages.com 

SOLARCOM-260SP-AC Solar Home System

1.Solar panel:30W 18V

2.Battery capacity: 22AH 12V

3.USB port:DC 5V 2PCS

4.DC port:DC 12V 4PCS

5.LED light: 4PCS

UAGES LLC

1633 Broadway, 30th Floor
New York, NY 10019
USA

Toll Free (800) 398-8201

Email: info@u-ages.com 

Casablanca S4000 Pro Editing Machine FOR SALE

 

http://macrosystem.us/media/s4000pro_10_small.swf

Click here for 360 degree view of the S4000 Pro

Hardware
Intel Cor Duo T7200, 2x 2.00GHZ, 667MHz Front Side Bus, 4MB shared cache.
1024MB RAM
1000GB Hard drive
http://macrosystem.us/media/s4000pro_10_small.swf
With the power you need to edit HD at incomparable speed, to monitor 1080 HDV natively and the intuitive ease of Smart Edit, your digital video editing is now more efficient than ever.

Create professional-quality video productions quickly and easily. An all-in-one solution, each Casablanca S4000pro combines stunning video quality and lightning fast speed with legendary ease of use. Just plug in your video monitor, camera and deck and you're ready to produce great videos!

Sharp Solar Small Home System

Sharp's Solar Small Home System (SHS) is a complete stand-alone solar generation system. With the Sharp solar panel and Sharp Power Control System, the system is perfect for powering lightings, fans, radios, laptops, battery chargers and small devices. 

Each system comes with a 80W Sharp solar panel and a Sharp Solar Power Control System. 

Perfect for small rural homes whether the power grid is not available or as a stand-alone solar system to power porch lights or garage lights. The compact solar system is also suitable for school solar educational demonstration purposes. 

Solar to grab bigger slice of Kenya's clean energy pie

By Maina Waruru

NAIROBI,  (Thomson Reuters Foundation) - Kenya is moving to boost its solar energy capacity, with a new plant now under construction aiming to start producing electricity for the national grid by January 2016.

This heralds a shift in the balance of the country's efforts to embrace renewable energy, which have so far focused on hydropower, geothermal and a small amount of wind.

Independent power producer Greenmillenia Energy Limited(GEL) has said it will begin generation at its 40 megawatt (MW) solar plant in Isiolo County in northern Kenya in a year's time.

"This project represents a sustainable renewable energy investment, which allows both (GEL) and the government of Kenya to take a lead in the global clean energy revolution," Bartholomew Simiyu, GEL's advisory director, told the Thomson Reuters Foundation.

"It sends the right signal for clean energy investments in Kenya," he added.

The company has presented the required technical, environmental and financial assessments to the government, and has acquired a generating license from the Energy Regulatory Commission (ERC), Simiyu said.

Reducing greenhouse gas emissions with a more effective carbon capture method

"Alkali Metal Nitrate-Promoted High-Capacity MgO Adsorbents for Regenerable CO₂ Capture at Moderate Temperatures" 

Chemistry of Materials 

Trapping carbon dioxide (CO₂ ) emissions from power plants and various industries could play a significant role in reducing greenhouse gas emissions in the future. But current materials that can collect CO₂ — from smokestacks, for example — have low capacities or require very high temperatures to work. Scientists are making progress toward a more efficient alternative, described in the ACS journal Chemistry of Materials, that could help make carbon capture less energy-intensive. 

T. Alan Hatton and colleagues note that although industry and governments are increasingly turning to renewable energy sources such as wind and solar, the world will continue to rely on fossil fuels for the foreseeable future — but at a cost. According to the International Energy Agency, burning fossil fuels emits more than 30 gigatons per year of CO₂, a primary greenhouse gas. Some solid systems that aim to capture these emissions, such as zeolites, are sensitive to water in the gas streams. Others, such as clays and metal oxides, have to be heated up to more than 900 degrees Fahrenheit, which requires a lot of energy. Hatton’s team wanted to find a way to cut this latter strategy’s energy requirements. 

Ghana to house Africa's largest utility scale solar power plant

Mere Power Nzema Limited (MPNL) is in the process of building Africa's largest utility scale solar photovoltaic plant in Ghana. Upon completion, the Nzema solar park installation will contain about 630,000 photovoltaic panels, making it the sixth largest in the world.

MPNL, a subsidiary of consortium Mere Power UK and Blue Energy will begin construction of the 155 megawatt solar park in September, which is aimed to begin operation in 2015. The project has already secured Government consent to begin and been awarded a generation license and a feed-in tariff for the plant’s 20-year operational life.

Plans for the $400 million plant were first unveiled in December 2012 as part of Ghana's initiative to expand its renewable energy industry. Ghana aims to produce 10 percent of its energy needs from sustainable sources by 2020.

Household off-grid system

We provide stand-alone solar home systems. The system generates electricity in direct current with solar panels (A). This energy is stored in a battery bank (C) or converted into alternating current by an inverter (D). The AC conversion allows feeding standard appliances such as a television or CFL bulbs (G). The battery bank is protected by a charge controller (B). This controller avoid the deep discharge of the batteries.

Contact us

UAGES LLC

1633 Broadway, 30th Floor
New York, NY 10019
USA

Toll Free (800) 398-8201

Email: info@u-ages.com 

Hybrid solar system for mini-grid

UAGES design and install solar and diesel hybrid systems in remote sites. Energy is mainly produced by solar panels, but a generator (5) is used as a back-up in case of bad weather, or over-consumption. Solar panels (1) generate electricity converted by solar inverters (2) and injected into the AC mini-grid. The inverter-chargers (3) are the center of the system. They control the produced and consumed energy. In case of excess of energy, they charge the battery bank (4). In case of lack of energy, they take power from the batteries to power the load. The inverter-chargers constantly ensure the energy balance of the mini-grid.

UAGES provide hybrid solar system from 2kW to 300 kW, suited to almost all type of energy needs. The systems can be single-phase or three-phase.

II/ Grid connected solar energy

Solar power can be injected into the utility grid. Solar power can be sell in totality to the grid operator or can be consumed directly (this is called self-consumption).

Contact us

UAGES LLC

1633 Broadway, 30th Floor
New York, NY 10019
USA

Toll Free (800) 398-8201

Email: info@u-ages.com 

NPPD to become first U.S. utility to produce electricity from clean-burning hydrogen

Source: Omaha World Herald

By Henry J. Cordes 

HALLAM, Neb. — In an effort to reduce greenhouse gas emissions, the Nebraska Public Power District will become the first utility in the nation to produce electricity from clean-burning hydrogen. 

The green energy initiative announced Friday represents a unique collaboration between the state's largest utility and a California-based manufacturer that will be bringing 100 new jobs to the state. 

Monolith Materials makes carbon black, a product used in numerous consumer products, including tires, ink and cell phones. Hydrogen is a by-product of the carbon black manufacturing process. 

Monolith will build its plant adjacent to NPPD's coal-fired Sheldon Station generating plant near Hallam, Nebraska, just south of Lincoln. 

FULL story at link. Video: http://studio.omaha.com/?ndn.trackingGroup=91341&ndn.siteSection=omahawh&ndn.videoId=28911441&freewheel=91341&sitesection=omahawh&vid=28911441

 

REBECCA S. GRATZ/THE WORLD-HERALD 

Gov. Pete Ricketts at the partnership announcement between NPPD and Monolith Materials at NPPD's Sheldon Power Station in Hallam, Nebraska, on April 17, 2015.

Read more: http://www.omaha.com/news/nebraska/nppd-to-become-first-u-s-utility-to-produce-electricity/article_b4d4039e-e51d-11e4-bec9-0b6fd4e04c0e.html 

Anaerobic digestion on farms could turn agriculture green

Research carried out by the Rural Economy and Land Use Programme has shown that small scale digesters on farms could be profitable for farmers, good for the environment and help the UK meet targets on green energy and greenhouse gas emissions.

A typical dairy farm could supply most of the electricity it needs to milk the cows, by converting their manure into energy. And it would help the Government to hit green energy targets and cut greenhouse gas emissions, according to researchers from the UK research councils' Rural Economy and Land Use Programme.

The interdisciplinary project, based at the universities of Southampton and Reading, has researched the potential for small-scale farm-based anaerobic digestion plants. It found that relatively small digesters could be economically viable when fed with mixtures of animal slurries and imported wastes or energy crops, and had the potential to boost the profits of both arable and dairy farms.

Does converting cow manure to electricity pay off? Successful renewable energy project in Vermont

Studies have estimated that converting manure from the 95 million animal units in the United States would produce renewable energy equal to 8 billion gallons of gasoline, or 1% of the total energy consumption in the nation.

Credit: © kernel / Fotolia

Studies have estimated that converting manure from the 95 million animal units in the United States would produce renewable energy equal to 8 billion gallons of gasoline, or 1% of the total energy consumption in the nation. Because more and more farmers and communities are interested in generating renewable energy from farm waste, there is a growing need for information on the economic feasibility and sustainability of such programs.

http://www.sciencedaily.com/releases/2011/10/111013111130.htm