JNG remember the old time when Ah Seng did not get much attention from all these ppl where we really can share useful and constructive information regarding Ah Seng and solar. Good old time.
Noobnnew, see you very active in multi-counters, believe your portfolio are substantial. The way you share, you got "material " and see between many can't see! That's future or forward looking, invest on past/present performer stocks only so so return, invest in future growth stock will be explosive return!!
PP 1.06 which means the price might not go under it. I hope to collect near 1.06. Given the current market condition, it think is achievable when all contra kaki and punter was selling.
Hi ! Folks, U may want to chk ___ JHM for its 2016 / 17 EXCELLENT GROWTH / - /- /
Group executive chairman and managing director Datuk Tan King Seng said after a shareholders’ meeting that JHM would supply signature lighting lamps for the rear end of branded cars of a North American customer.
Whereas, the said deal shall be generates US$50mil ( x 4.10 = RM$205mil), per annum starting next year. So, try to put that in a simple calculation..
[Contribution impact from new North American customer]
- Annualized profit (excluded existing income) > Rm$205 x 0.10 average gross margin = $20.5mil - Earning per share (e.p.s.) > $20.5 / 123mil shares = $0.167 eps. - After Bumi special issue dilution > $0.167 / 1.125 = $0.148 eps. - Fair valued to JHM, apply x10 p.e. > $0.148 x 10 = $1.48 ( my another winner counter)
( Hope to get a more oficial announcement from the management; btw, Jhm got to need more funding source to support their huge capex this round. Probalby, a right issue ? hmmm,,interesting )
London is set to open the world’s largest floating solar farm
Fiona Harvey, The Guardian 4h 468 1 Martin Godwin/The Guardian More than 23,000 solar panels will be floated on the Queen Elizabeth II reservoir.
On a vast manmade lake on the outskirts of London, work is nearing completion on what will soon be Europe’s largest floating solar power farm – and will briefly be the world’s biggest.
But few are likely to see the 23,000 solar panels on the Queen Elizabeth II reservoir at Walton-on-Thames, which is invisible to all but Heathrow passengers and a few flats in neighboring estates.
“This will be the biggest floating solar farm in the world for a time — others are under construction,” said Angus Berry, energy manager for Thames Water, which owns the site.
“We are leading the way, but we hope that others will follow, in the UK and abroad.”
Five years in planning and due to be finished in early March, the £6m project will generate enough electricity to power the utility’s local water treatment plants for decades.
The energy will help provide clean drinking water to a populace of close to 10 million people in greater London and the south-east of England, a huge and often unrecognized drain on electricity, rather than nearby homes.
Why put solar panels on water? The answer, according to Berry, is that the water is there, and might as well be used for this purpose. Floating panels, covering only about 6% of the reservoir, will have no impact on the ecosystem, he says.
Though waterbirds, including moorhens and gulls, live on the margins, and a thin scum of litter is visible at the shore, the reservoir is not intended as a home to wildlife, and any fish living here are accidental visitors. Eighteen meters deep, it provides water for Londoners in a constantly churning stream. Although most of the population growth in London tends to be towards the east, most of the water still comes from reservoirs to the west of the city.
But future projects to make use of water companies’ reservoirs in order to provide solar power might be in doubt, Berry said.
The current government has slashed subsidies for solar and wind power. Berry said that this would not affect the QEII project, but might have an effect on whether follow-up projects could go ahead. “We have had to look very closely at the economics of this, at all stages,” he said. “It is not clear what the future economics would be [for other potential projects].”
A similar floating solar farm with around half the capacity of the Thames Water project is being built by water company United Utilities on a reservoir near Manchester. Construction of an even bigger farm - at 13.7MW more than twice the QEII farm - is underway on a reservoir in land-scarce Japan and due to finish in 2018.
Martin Godwin/The Guardian The system will cover around one-tenth of the reservoir.
Putting solar panels on the water for the QEII scheme has not required planning permission, though big arrays of similar panels on land require official sanction. The government has decided to ban farmers who put solar arrays on agricultural land from receiving EU subsidies for the land.
More than 23,000 solar panels will be floated by developer Lightsource Renewable Energy at the reservoir near Walton-on-Thames, representing 6.3MW of capacity, or enough to generate the equivalent electricity consumption of about 1,800 homes.
The reservoir was commissioned in 1962, and remains one of the biggest serving London. Thames Water said that plans for a “super-sewer” under London would not affect the solar power project.
This article originally appeared on guardian.co.uk.
Years back 1000shares=1lot. Then small investors said can't afford to buy 1lot especially the heavy weights. To encourage more people to go into the share market, what happened was that 100shares=1lot
Seems like a lot of people forget the price of Tek Seng was around 0.45 six month ago. Now already increase more than 100%. Give it another 6 month to perform.
US agency reaches 'holy grail' of battery storage sought by Elon Musk and Gates Breakthrough in next generation of storage batteries could transform the US electrical grid within five to 10 years, says research agency, Arpa-E
Suzanne Goldenberg Thursday 3 March 2016 13.00 GMT Last modified on Thursday 3 March 2016 20.08 GMT
A US government agency says it has attained the “holy grail” of energy – the next-generation system of battery storage, that has has been hotly pursued by the likes of Bill Gates and Elon Musk.
Advanced Research Projects Agency-Energy (Arpa-E) – a branch of the Department of Energy – says it achieved its breakthrough technology in seven years.
Ellen Williams, Arpa-E’s director, said: “I think we have reached some holy grails in batteries – just in the sense of demonstrating that we can create a totally new approach to battery technology, make it work, make it commercially viable, and get it out there to let it do its thing,”
If that’s the case, Arpa-E has come out ahead of Gates and Musk in the multi-billion-dollar race to build the next generation battery for power companies and home storage.
From liquid air to supercapacitors, energy storage is finally poised for a breakthrough Read more Arpa-E was founded in 2009 under Barack Obama’s economic recovery plan to fund early stage research into the generation and storage of energy.
Such projects, or so-called moonshots, were widely seen as too risky for regular investors, but – if they succeed – could potentially be game-changing.
Many of the projects fostered by the agency were already in sight of getting funding, Williams said. Several have now secured private sector follow-on funding. Others are being taken up by the State Department or the Pentagon, she said.
But the biggest breakthrough is in the area of energy storage. “I think that’s one area where we have delivered big time,” Williams told the Guardian.
The battery storage systems developed with Arpa-E’s support are on the verge of transforming America’s electrical grid, a transformation that could unfold within the next five to 10 years, Williams said.
The most promising developments are in the realm of large-scale energy storage systems, which electricity companies need to put in place to bring more solar and wind power on to the grid.
strong growth in renewables despite low oil price is not a fantasy. It is a reality.
Low oil price has been here since end 2014, but until now, governments all around the world still aggressively pushing for renewables. It is actually growing stronger and stronger
One possible explanation (by me) is that decline in oil price put more money in government and rakyat pocket (apart from oil producing countries). So these countries now have more resources to be deployed on renewables.
Hillary Clinton’s Vision for Renewable Power – Briefing Fact Sheet
Hillary Clinton announced two bold national goals that she will set as president to combat climate change, create jobs, protect the health of American families and communities, and make the United States the world’s clean energy superpower: 1) TheUnitedStateswillhavemorethanhalfabillionsolarpanelsinstalled across the country by the end of Hillary Clinton’s first term. 2) TheUnitedStateswillgenerateenoughcleanrenewableenergytopower every home in America within ten years of Hillary Clinton taking office.
The next decade will be decisive for our transition to a clean energy economy and our ability to meet the global climate crisis. The two goals Clinton announced are part of a comprehensive energy and climate agenda that she will lay out over the coming months. By achieving these goals we will: • Expand the amount of installed solar capacity to 140 gigawatts by the end of 2020, a 700% increase from current levels. That is the equivalent of having rooftop solar systems on over 25 million homes.
• Add more power generation capacity to the grid than during any decade in American history, from a combination of wind, solar, hydro, geothermal, and other forms of renewable electricity.
• Prevent thousands of premature deaths and tens of thousands of asthma attacks each year, meet our national and international climate targets, and move our economy along a path towards deep decarbonization by 2050.
How will we achieve these goals? Through a clean energy challenge to unleash American innovation. First, Hillary Clinton will make it a top priority to fight efforts to roll back the Clean Power Plan. The Clean Power Plan is a crucial tool in our national strategy to reduce carbon pollution, level the playing field for and increase the deployment of renewable energy, and build a clean energy future. In the face of attacks from climate change deniers, we will need a champion in the White House to defend it and implement it effectively. But smart federal standards set the floor, not the ceiling. We can and must go further.
Hillary Clinton will launch a Clean Energy Challenge that forms a new partnership with states, cities, and rural communities that are ready to lead on clean energy. She will outline this Challenge in detail in the coming weeks, and it will include: 1) Climate Action Competition: Competitive grants and other market-based incentives to empower states to exceed federal carbon pollution standards and accelerate clean energy deployment. 2) Solar X-Prize: Awards for communities that successfully cut the red tape that slows rooftop solar installation times and increases costs for businesses and consumers. 3) Transforming the Grid: Work with states, cities and rural communities to strengthen grid reliability and resilience, increase consumer choice and improve customer value. 4) Rural Leadership: Expand the Rural Utilities Service and other successful USDA programs to help provide clean, reliable, and affordable energy, not just to rural Americans but to the rest of the country as well. As part of the Clean Energy Challenge, Clinton will ensure that every part of the federal government is working in concert to help Americans build a clean energy future. This includes: 1) Transmission Investment: Ensure the federal government is a partner, not an obstacle, in getting low-cost wind and other renewable energy to market. 2) Solar Access: Overcome barriers that prevent low-income and other households from using solar energy to reduce their monthly energy bills. 3) Tax Incentives: Fight to extend federal clean energy incentives and make them more cost effective both for taxpayers and clean energy producers. 4) Public Lands and Infrastructure: Expand renewable energy on public lands, federal buildings, and federally-funded infrastructure, including an initiative to significantly increase hydropower generation from existing dams across the US. 5) Innovation: Increase public investment in clean energy R&D, including in storage technology, designed materials, advanced nuclear, and carbon capture and sequestration. Expand successful innovation initiatives, like ARPA-e, and cut those that fail to deliver results.
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This book is the result of the author's many years of experience and observation throughout his 26 years in the stockbroking industry. It was written for general public to learn to invest based on facts and not on fantasies or hearsay....
Mohd Fahmi Bin Jaes
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Posted by Mohd Fahmi Bin Jaes > 2016-02-25 16:19 | Report Abuse
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