Pakistan’s newly elected Prime Minister inherits $5 billion in energy debt

Now that the election in Pakistan is finally finished, Prime Minister-elect Nawaz Sharif can begin to tackle the nation’s dismal energy situation. Just in time, too – with summer approaching, the country is heating up to temperatures as high as 50C, or 122F. Talk about sweltering! As a result, Pakistanis are cranking their air conditioners up, creating sweeping power outages and adding to an already staggering debt.

The power outages have ignited protests across Pakistan. In some areas, blackouts last as long as 18 hours a day! Last summer, the country’s power deficit hit 6,000 megawatts during high-demand periods. Not an easy fix for the new Prime Minister.

According to Zafar Iqbal Sobani, former chief executive officer of Hub Power, Pakistan’s second-largest power supplier, “Sharif’s Muslim League won the election because the previous government failed to deliver on the energy front.”

Pakistan’s power plants have the ability to produce approximately 14,500 megawatts a day, which could satisfy the country’s demand, if only they could afford the cost of the foreign oil and gas they need to burn.

Even when the lights are on, companies like Hub Power are struggling to collect on their customers’ debts. The country’s overall energy sector is burdened with $5 billion in outstanding debt. Delayed payment to foreign fuel suppliers, not to mention theft by people tapping into the power lines illegally, threaten to collapse the entire system.

Rolling blackouts have bogged down Pakistan’s $210 billion economy, cutting two percentage points off growth each fiscal year. The textile industry, which accounts for 54% of the country’s overall exports and employs 38% of the ‘blue-collar’ labor force, has been hit the hardest. Nawaz Sharif has been quoted telling party supporters that the energy crisis “has made the people miserable.”

Imagine if Pakistan’s textile factories could run on clean, low-cost electricity without the support of a third-party energy supplier. Well, NRGLab did, and what resulted was the SH-Box.

Learn more by visiting www.nrglab.asia.  

[ ana shell, Nawaz Sharif, energy sector, energy, Prime Minister Pakistan, nrglab сингапур, pakistan, sh-box, Zafar Iqbal Sobani, nrglab ]

Energy Investments: how diverse is your portfolio?

Today, more and more asset management firms are racing to invest in the next big breakthrough in the energy industry. The American-based Carlyle Group, which specializes in private equity, market strategies, real assets, and fund of funds, has recently formed a six person energy team in hopes of better estimating the growth potential for this industry across the global market.

Carlyle recently ended its decade-long relationship with Riverstone Holdings, the firm which helped Carlyle secure half-a-dozen projects in the energy industry. The new team intends to raise an additional $1.5 billion in private equity.

According to a statement released by Carlyle, “Experts forecast global energy demand to grow dramatically over the next decade. Energy production and infrastructure is expected to grow dramatically in Europe, Africa, the Americas and Asia to meet this demand. [This] will increase the need for capital investment globally."

Carlyle has already invested close to $30 billion in alternative energy funds, but those investments have all been within North America. The new team will scour for opportunities abroad, especially in struggling markets like Europe, Africa, and Latin America.

It’s fairly common in today’s economy for asset management firms to diversify their portfolios with energy projects. Just last year, Kohlberg Kravis Roberts raised approximately $1.25 billion to invest in natural resources. Blackstone Group more than doubled that – over $2.5 billion!

Clearly, the Carlyle Group and others like them are realizing that energy demand isn’t go anywhere anytime soon. People will always need to get from point A to point B. They’ll always need lights to see. Channels to flip through. Food to microwave. What happens when the oil and natural gas run dry, and electricity becomes a premium luxury?  Sure, that may be decades away. Perhaps even a century. But unless we begin investing serious efforts into developing clean renewables, our descendants will pay the price for our hubris.

How is your investment portfolio looking? Have you ever considered investing in a carbon-free, low-cost alternative to the fossil-fuel generator?

Well, if you have, then you’re in luck! NRGLab introduces the SH-Box, the world’s first polycrystalline electrical generator that’s guaranteed to change the world. To learn how you, your family, your community or business can achieve energy independence once and for all, visit www.nrglab.asia.

[ ana shell, Carlyle Group, Cina, fossil-fuel generator, GE, Kohlberg Kravis Roberts, nrglab pte ltd, nrglab singapore, nrglab сингапур, NRGLab 项目, Riverstone Holdings, sh-box, Siemens ]

Too high a price for universal energy? Millions without power don’t think so

Did you know that in today’s technology-driven age, millions of people still live without regular access to fuel or electricity? That means they can’t heat their homes in the winter. They can’t cook, or keep their food refrigerated. While the rest of the world advances by leaps and bounds, these people are left to fend for themselves.

According to a paper recently published by the International Institute for Applied Systems Analysis, it would cost an estimated $65 billion and take two decades to construct a universal energy grid. The price tag includes power generation, grid expansion and maintenance, and grants for clean-burning stove. These stoves would benefit the more than 40% of people without them and reduce accidental fatalities by up to 1.8 million, the study claims.

So are the lives of millions worth $65 billion?

Shonali Pachauri, co-author of the paper, seems to think so. “The scale of investment required is small from a global perspective,” she says. “Without new policies and efforts, universal access to modern energy will not be achieved by 2030. Actually, for cooking, the situation may even worsen…”

Pachauri is right. $65 billion equates to less than 4% of current investments in the energy sector. So we don’t need to be investing MORE—we need to be investing SMARTER.

Participating in one of NRGLab’s many energy projects may just be the shrewdest financial move you’ve ever made.

NRGLab has developed a way to increase the efficiency of gas turbine generators. With the patent-pending “Eco-SV” Method, turbines achieve electrical efficiency levels between 53 and 72%. Compare this to the efficiency of most other turbines, which are lucky to register 35%.

A joint-venture with Viscoil Holdings involves recycling waste materials into useable fuel. NRGLab possesses exclusive rights to this technology for all of Southeast Asia. Coal is scheduled to be recycled in Indonesia. Engine oil in Malaysia. Agricultural byproduct in Singapore and Malaysia. In Singapore, for instance, NRGLab is able to recycle 2,000 tons of waste on a daily basis into 800 m3 of fuel! Imagine the possibilities this holds for the millions without access to power...

NRGLab is in the business of changing lives. If you’re interested in opportunities, contact us by visiting www.nrglab.asia.

[ ana shell, energy, gas turbines, GE, nrglab, nrglab pte ltd, nrglab singapore, nrglab сингапур, pakistan, research council, sh-box, Siemens, STIG, Verizon] 

Menjadi sukarelawan dapat memperpanjang hidup Anda dan planet ini!

Ada orang menjadi sukarelawan karena mereka memiliki hati mulia. Sementara yang lain menjadi relawan untuk terlihat baik di mata orang lain. Dan ada juga yang terpaksa untuk bekerja karena perintah pengadilan. Namun, menurut sebuah penelitian terbaru yang dipublikasikan dalam Jurnal  kesehatan publik BMC , menjadi seorang sukarelawan benar-benar dapat membuat Anda panjang umur!

Para peneliti di Universitas Exeter mengkaji puluhan makalah akademik dan menemukan bahwa subjek yang menjadi relawan di waktu luang mereka, mempunyai kemungkinan untuk meninggal dalam 4-7 tahun ke depan seperlima lebih kecil daripada rata-rata orang lainnya. Mereka menilai bahwa perasaan depresi mereka juga  tergolong rendah, dan mengklaim bahwa mereka lebih menikmati hidup secara keseluruhan.

Jadi, periksalah koran lokal Anda. Kerjakan PR Anda. Lihat apakah ada organisasi yang bisa Anda ikuti. Lebih baik lagi - jika Anda tidak menemukan sebuah organisasi yang sesuai dengan gaya Anda, buatlah sendiri! Keluarlah dan buat perbedaan.

Menjadi sukarelawan bukan berarti melakukan kunjungan ke rumah sakit saja. Anda bisa berada di luar ruangan, menikmati udara segar dan sinar matahari sambil memungut sampah misalnya. Atau, mulailah dengan membuat kompos. Membuat kebun masyarakat. Membuat taman Anda sendiri. Anda tidak memiliki halaman? Cobalah tanam sendiri tomat di sebuah pot dan taruh di ambang jendela (Anda merasakan sendiri kalau rasanya jauh lebih enak daripada  tomat yang Anda beli di toko!). Ada banyak proyek sadar lingkungan yang bisa Anda ikuti. Berhentilah  membuang-buang waktu menonton acara TV untuk keseribu kalinya. Sudah waktunya untuk berubah.

Tua, muda - tidak masalah! Menjadi sukarelawan berarti mencoba untuk membuat diri Anda menjadi orang yang lebih baik. Dan, sementara Anda mencoba membuat diri menjadi lebih baik, mengapa tidak sekalian membuat bumi ini menjadi tempat yang lebih baik juga? Menjadi sukarelawan itu baik karena membuat Anda aktif secara sosial, aktif berpikir, dan berolahraga. Bahkan dapat mengurangi tekanan darah! Penelitian BMC menunjukkan korelasi yang jelas antara siswa SMU dan kesehatan kardiovaskular yang lebih baik.

Diperkirakan bahwa 36% dari penduduk di Australia mendedikasikan setidaknya sebagian waktu luang mereka untuk menjadi sukarelawan, dibandingkan dengan 27%  di Amerika, dan 22,5% di Eropa. Dan angka-angka tersebut perlu terus meningkat!

"Review sistematis kami menunjukkan bahwa menjadi sukarelawan berkaitan dengan peningkatan kesehatan mental, tetapi dibutuhkan penelitian lebih lanjut untuk menentukan apakah benar menjadi relawan adalah penyebabnya," kata Dr Suzanne Richards, kepala peneliti penelitian tersebut. " Masih belum jelas juga apakah faktor-faktor biologis dan budaya, dan sumber daya sosial yang sering dikaitkan dengan kesehatan yang lebih baik serta kelangsungan hidup juga terkait dengan kesediaan untuk menjadi sukarelawan."

NRGLab telah bertahun-tahun mendedikasikan diri untuk mengembangkan teknologi yang akan "memberi kembali" kepada jutaan orang di seluruh dunia. Dari generator portabel SH-Box yang bebas karbon sampai ke  Turbin-SV inovatif untuk gasifikasi, revolusi energi hijau akan mencetak kemenangan besar. ertanyaannya adalah: di pihak mana Anda akan berdiri ketika bom pertama jatuh?

Untuk menunjukkan dukungan Anda untuk esok yang lebih baik - masa depan yang lebih hijau - ikuti kami di Facebook  atau kunjungi  nrglab.asia

Diterjemahkan dari Bahasa Inggris, artikel asli di publikasikan tanggal di 1 September http://annie65j.blogspot.com/2013/09/volunteering-can-add-years-to-your-life.html

[ Menjadi sukarelawan, sukarelawan, listrik indonesia, listrik murah, nrglab, nrglab pte ltd, nrglab singapore, nrglab сингапур, sh-box, saving energy ]

可再生能源的重要性

大家好，我叫Alex，是NRGLab研究委员会的一名工程师。在过去的15年里，我都在使用CAD-CAM计算机技术，帮助其他工程师准确而详细的说明他们的设计。NRGLab推出的SH-box（多晶体发电机）将改变世界，我会告诉您原因：因为它是一种可再生能源。

在使用计算机模型时，我们经常解读各种数据，借此来预测未来的趋势和倾向。而在我们看待世界时，也应采用同样的方法。通过分析当前的信息，我们可以调整根植于前工业传统的系统，优化我们的未来。我们无法回避目前严峻的形势：世界正慢慢地死去。人口增长过快。燃料消费已增加到失去控制的地步。是时候应用我们所知的一切，来防止环境走向目前看来不可避免的不幸结局了。

解决方案就是可再生能源。可再生能源能让能源实现民主化，还能让信息、科技、稳定和和平茁壮成长。目前，为了争夺对有限的自然资源的控制，世界各地的国家都在相互竞争。石油、煤炭、天然气。让我们消除这一动机吧，否则，我们可能会见证这场竞争以战争而结束。

在20世纪，我们目前对石油和燃气的依赖是没有问题的。但现在，石油正在耗尽，而路上再多几辆混合动力汽车也将不能抵消排放到大气中的碳。伤害已经造成。幸运的是，改变正在发生。

但是，重大改变要求有开放的心态。首先，我们要想象一个没有加油站或燃煤发电厂的世界，以便将这个世界变成现实。我们急需能插入现有电网中的新技术，立即为数亿个挣扎着勉强维持生计的家庭提供援助。我们需要团结在一起，反对现有的能源基础设施。能源，就像我们呼吸的空气一样，不应被当做一种贴有价格标签的商品。它应该被视为人们学习、交流、在夜间感觉更安全的机会。能源就是力量。在NRGLab，我们的目标就是将这种力量还给人民。

想要成为能源解决方案的一份子吗？有兴趣成为NRGLab团队的一员吗？您可以通过下列链接，就如何加入研究委员会了解更多信息：

 https://www.box.com/ResearchCouncilNRGLab

原文于2013年8月21日发表在http://annie65j.blogspot.com/2013/08/the-importance-of-renewable-energy.html

[ 全球变暖, 政府, 新技术, 能源消耗, nrglab, nrglab pte ltd, nrglab сингапур, nrglab singapore, NRGLab 项目, NRGLab推出的SH-box, sh-box, annie j, ana shell ]

Pentingnya Energi Terbarukan

Alex K.

http://www.linkedin.com/pub/alex-k/67/5bb/60

Hai, nama saya Alex dan saya seorang insinyur yang bekerja dalam Dewan Riset NRGLab. Saya telah bekerja dengan teknologi computer CAD-CAM selama 15 tahun untuk membantu para insinyur lain mencapai spesifikasi yang tepat dan mendetail dari rancangan-rancangan mereka. SH-box NRGLab akan mengubah dunia, dan saya akan beritahu mengapa SH-box merupakan sumber energi terbarukan.

     Sewaktu bekerja dengan model-model komputer, orang kerap menggunakan data tafsiran untuk memprediksi tren masa depan dan kecendengurang-kecenderungannya.  Seharusnya dunia pun dilihat dengan cara demikian. Dengan menganalisis informasi tentang masa kini, kita akan mampu membuat penyesuaian-penyesuaian yang berakar dari tradisi praindustri dan mengoptimalkan masa depan kita. Tidak melarikan diri dari kenyataan tidak mengenakkan yang saat ini kita hadapi: secara perlahan dunia menjadi sekarat. Populasi tumbuh terlalu cepat. Konsumsi BBM meningkat di luar kendali. Sudah waktunya kita menerapkan apa yang kita ketahui tentang lingkungan kita untuk mencegah sebuah akhir tidak menyenangkan yang tak bisa dihindari – seperti yang terlihat saat ini.

            Solusinya adalah energi terbarukan. Sumber-sumber energi terbarukan mendemokrasikan energi dan memungkinkan informasi, stabilitas, dan perdamaian untuk berkembang. Berbagai negara diseluruh penjuru dunia saat ini diadu melawan satu sama lainnya dalam upaya untuk mengendalikan cadangan sumber daya alam yang terbatas. Minyak bumi, baru bara, gas alam. Menghapus insentif dan kita bisa melihat akhir sebuah perang.

            Ketergantungan kita terhadap minyak dan gas saat ini memang baik untuk tahun 1900an. Namun minyak sudah mulai habis sekarang, dan  beberapa kendaraan hibrida di jalanan tidak akan bisa mengimbangi emisi karbon yang terus dipompakan ke atmosfer kita. Kerusakan sudah terjadi. Untungnya, perubahan akan segera datang.

            Namun, perubahan besar membutuhkan cara berpikir yang terbuka. Pertama, kita harus bisa membayangkan dunia tanpa SPBU atau PLT Batu Bara sebagai dunia yang nyata.  Kita membutuhkan teknologi baru yang bisa langsung disambungkan ke jaringan listrik, dan memberikan bantuan langsung bagi jutaan rumah tangga yang berjuang untuk kebutuhan hidup mereka. Sebaiknya kita bersama-sama mengambil sikap menentang infrastruktur energi yang sudah ada.  Energi, sama seperti udara yang kita hirup, tidak seharusnya diperlakukan seperti sebuah komoditas yang diberi label harga. Sebaliknya, harus disikapi sebagai sebuah kesempatan bagi orang-orang untuk belajar, berkomunikasi, dan merasa sedikit lebih aman di malam hari. Energi adalah power. Dan di NRGLab, tujuan kami adalah memberikan power itu kembali ke rakyat.

Ingin mengambil bagian dari solusi energi? tertarik untuk menjadi bagian dari tim NRGLab? Anda dapat mencari tahu lebih lanjut bagaimana cara bergabung ke Dewan Riset di sini: https://www.box.com/ResearchCouncilNRGLab

Diterjemahkan dari Bahasa Inggris, artikel asli di publikasikan tanggal di 21 Agustus: http://annie65j.blogspot.com/2013/08/the-importance-of-renewable-energy.html

[ Pentingnya Energi , nrglab, nrglab pte ltd, nrglab singapore, nrglab сингапур, annie j, energy project, proyek nrglab, pemanasan global, renewable energy ]

The Importance of Renewable Energy

By Alex K

http://www.linkedin.com/pub/alex-k/67/5bb/60

Hi, my name is Alex, and I’m an engineer involved with NRGLab’s Research Council. For over 15 years, I’ve worked with CAD-CAM computer technology helping other engineers achieve the exact, detailed specifications of their designs. NRGLab’s SH-box is going to change the world, and I’ll tell you why: it’s a source of renewable energy.

            When working with computer models, one often uses interpreted data to predict future trends and tendencies. The world should be viewed the same way. By analyzing information about our present, we are able to make adjustments to systems rooted in pre-industrial traditions and optimize our future. There’s no escaping the harsh truth currently facing us: the world is slowly dying. Populations are growing too rapidly. Fuel consumption has escalated out of control. It’s time we applied what we know about our environment to prevent, what seems at the moment, to be an inevitably unhappy ending.

            The solution is renewable energy. Renewable sources democratize energy and allow information, technology, stability, and peace to thrive. Countries all across the world are currently pitted against one another in a struggle for control of a limited supply of natural resources. Oil, coal, natural gas. Eliminate the incentive, and we may see an end to war.

            Our current dependency on oil and gas was fine for the 1900s. But now the oil is running out, and a few more hybrid cars on the road won’t offset the carbon emissions being pumped into our atmosphere. The damage has been done. Luckily, change is on the way.

            But big change requires an open mind. First, we need to be able to imagine a world without gas stations or coal-burning power plants in order to make that world a reality. We need new technology that, in one foul swoop, can be plugged-in to current grids, providing immediate relief to millions of households struggling to make ends meet. We need to come together in order to take a stand against the established energy infrastructure. Energy, like the air we breathe, shouldn’t be treated like a commodity with a price tag attached. It should be treated as an opportunity for people to learn, communicate, and feel a little bit safer at night. Energy is power. And at NRGLab, our goal is to give that power back to the people. 

            Want to be a part of the energy solution? Interested in becoming part of the NRGLab team? You can learn more about how to join the Research Council here: https://www.box.com/ResearchCouncilNRGLab

[ renewable energy, research council nrglab, green energy, nrglab pte ltd, nrglab сингапур, nrglab singapore, nrglab, annie j ]

Are we too comfortable with chemicals?

Chemicals are a part of everyday life for most people (even if you may not be aware of it). Farmers use chemicals to protect their crops – crops that end up on your dinner plate. People use chemicals to keep their lawns green. Their pools crystal clear. But with chemical issues like fracking becoming more prevalent in the news these days, we have to ask: what effect are they having on our environment? And can we even make an educated guess?

Fracking is the latest craze in the energy industry. A cocktail of highly pressurized water and chemicals is pumped into the ground, into shale, in order to break up sedimentary rock and access deposits of precious natural gas. 

Environmental advocates and scientists alike are growing concerned with exactly what chemicals these companies are using. The problem, though, is that these chemicals are protected under intellectual copyright laws. So even if they might be contaminating our rivers and water wells, billion dollar companies (which can afford to settle out of court for “damages”) will continue to open new fracking operations. From the United States to Russia – fracking is a global threat that isn’t going anyway anytime soon.

Experimental fieldwork on ecosystems, as well as broad analyzes of chemical and biological samples, helps scientists understand the long-term effects of chemicals on humans and animals.

"Although there are many indications of animal populations and ecosystems changing because of pesticides, there are few studies proving the connection without a doubt," claim environmental researchers Rita Triebskorn and Heinz Kohler. "The links to the effect of pesticides at every level of increasing biological complexity require more thorough research."

Triebskorn and Kohler predict that, over time, the introduction of chemicals into our environment will alter natural selection, spread disease, inhibit sexual reproduction, and even wipe out entire species of animals!

What can we do about it?

First, we need to start compiling more data so we can understand the full scope of the problem. Algorithms and experimental practices can both help uncover more instances of environmental degradation due to chemicals and pesticides.

This information isn’t just for farmers, either! Remember – what they grow, you’ll ultimately consume. You’ll go swimming in that water. You’ll go running barefoot on that lawn. Chemicals are everywhere!

We can cut down on our chemical dependence, however, by moving away from potentially hazardous practices like fracking and focus on sustainable, clean, all-natural alternatives. NRGLab has a number of such alternatives in development. From a carbon-free, polycrystalline electrical generator to innovative gasification techniques and technology, NRGLab wants to protect the planet and ensure a greener future for millions of people around the world.

So ask yourself: are you too comfortable with chemicals?

If the answer is “yes,” consider joining NRGLab in the green energy revolution. Visit our website at nrglab.asia, and follow us on Facebook for updates. 

[ energy industry, Rita Triebskorn, Heinz Kohler, nrglab, nrglab singapore, nrglab сингапур, nrglab pte ltd, ana shell ]

孤注一掷，寻求改变

那些中规中矩的人不会缔造历史。而那些不顾一切，为一个想法堵上所有，无视惯例的人——他们可以做到。他们会按照自己对世界的愿景来塑造世界。他们经常发出质疑：“为什么？怎么会这样？如果……”这类人会在世界告诉他们错误的观点时，奋起反抗，因为在内心深处，他们知道世界需要什么。

就像马丁·库帕一样。作为摩托罗拉的前高管，在上世纪70年代，他成功推动公司开发手持移动电话。当时，贝尔实验室借助其推出的车载设备，在市场上拥有垄断地位，多数人认为，这就是移动电话了。它们总是需要笨重的电池，电话线也必不可少。这样看来汽车对电话来说，真是再合适不过了。另外——谁又想到过他们可以在去取披萨的路上，订购披萨呢？没有人！车载电话，万岁！

但是，马丁·库帕看到了不同的世界。一个更好的世界。在那个世界里，每个人都能将电话装进他们的衣袋里。在那里，您可以边走边打电话。因此，库帕决定赌一把。他把摩托罗拉的未来压在了开发手机上，即使大多数人都认为他疯了，这根本就不可能实现。（在那个时候，他试图把一个30磅的设备浓缩成2磅——这绝非易事）。

然而，1973年4月3日，库帕漫步在曼哈顿的街头，拨通了他的竞争对手——贝尔实验室CEO的电话。通话是短暂的，却标志着手机革命的开始。不到半世纪之后，我们已经拿着库帕的电话，还找到添加摄像头、日历、音乐播放器、视频游戏系统的方法。我们生活在一个无线联通的时代。一个即时新闻、 Tweet和标签的时代。这一切都始于一个愿意为可能的愿景孤注一掷的人。

然而，在NRGLab研究委员会，和我们并肩工作的，并不只有一个男人，又或是一个女人。我们拥有一支怀抱梦想的团队，我们的梦想包括自主的清洁能源，人们可负担的电费单，以及稳定的社会经济。我们希望缔造历史的重要篇章，确保人类历史在未来一直延续下去。为此，我们愿意赌上一切，来证明我们是正确的。

作者Alex K

原文于2013年7月10日发表在http://annie65j.blogspot.com/2013/07/all-in-for-change.html

[ 全球变暖, 政府, 能源消耗, 新技术, nrglab, nrglab pte ltd, nrglab сингапур, nrglab singapore, NRGLab 项目, NRGLab推出的SH-box, annie j, sh-box ]

Menghemat Biaya dan Konsumsi Energi dengan 10 Langkah Mudah

Anda tidak perlu mengambil langkah-langkah drastis untuk beradaptasi dengan krisis energi dan iklim. Dengan mengikuti 10 langkah-langkah sederhana berikut ini, sudah pasti Anda bisa memangkas sekaligus tagihan energi bulanan dan jejak karbon Anda!

Dijamin Anda juga tidak perlu memasang panel surya yang mahal dalam hal ini. Yang diperlukan hanyalah, luangkan sedikit waktu Anda, berjalan di sekeliling rumah, dan pertimbangkan hal-hal berikut:

Atur thermostat di rumah Anda hingga mencapai kira-kira 25°C. Ini hanya membutuhkan sedikit energi, tapi merupakan suhu yang nyaman dan pastinya menghemat banyak uang sepanjang bulan-bulan musing panas yang panjang dan gerah. 

Jika Anda menjalankan AC, pastikan semua pintu dan jendela tertutup. Orang bilang, kalau kita tidak dibuang-buang, pastinya kita akan selalu cukup. 

Pastikan juga kalau ventilasi udara tidak ditutup. Seringkali (karena percaya feng shui),  tanpa sadar orang sering menempatkan mebel  di balik ventilasi AC. Ini pastinya membatasi  aliran udara dingin di seluruh rumah, memaksa Anda menjalankan AC lebih lama.

Kesalahan umum dekorasi lain: pastikan TV, lampu, dan peralatan yang perlu dipanaskan diletakkan jauh dari dari thermostat. Karena alat-alat ini cenderung mengelabui AC dengan terasa lebih panas daripada yang sebenarnya.

Tahukan Anda kalau pemanas air pada umumnya merupakan pengeluaran energi ketiga terbesar?  Menurunkan beberapa derajat suhunya akan membantu Anda menghemat uang secara konsisten dari bulan ke bulan.

Mencuci baju dengan air dingin, bukan air panas akan menghemat ratusan dolar dalam setahun.  Juga, memasukkan handuk kering dalam pengering pakaian setiap kali Anda memasukkan pakaian basah yang baru selesai dicuci akan mengurangi waktu pengeringan karena handuk menyerap kelembapan.  Ini artinya menjalankan pengering pakaian lebih sebentar. Menggunakan lebih sedikit air. Lebih sedikit energi. 

Makanan siap saji yang hanya perlu dipanaskan dengan microwave – tidak selamanya buruk! Oven microwave menggunakan hanya separuh dari energi yang digunakan oleh microwave versi lama. Jadi jangan merasa tidak enak kalau lain kali Anda hanya perlu memasak makan malam selama 5 menit. Rasanya seperti Anda bertanggung jawab.

Vacuum kulkas Anda? Saya akui, kedengarannya tidak masuk akal. Tapi ketika kotoran dan debu menumpuk di kumparan kulkas Anda, kulkas akan bekerja dua kali lebih keras untuk menjaga agar makanan tetap dingin.  

Apabila Anda tidak menyeduh kopi, main video game, atau menonton TV untuk sementara waktu – cabut stop kontak peralatan-peralatan itu!  Yang mengherankan, banyak  alat-alat elektronik tetap memakan energi  sekalipun dalam keadaan mati.

Anda punya loteng?  Ruang bawah tanah?  Bahkan, ruang kecil? Periksa insulasi secara teratur untuk memastikan kalau insulasinya tetap kering.  Ketika kelembapan merembes, bakalan mempengaruhi efektivitas insulasi.  Udara dingin keluar selama musim panas dan masuk selama musim dingin, membuatnya sulit untuk tetap hangat atau dingin (tergantung musim).

Baiklah, Anda sudah punya semua tipnya. 10 langkah mudah untuk menghemat biaya dan konsumsi energi. Dan ingat, ketika berbicara tentang pemanasan global – kita berada di pihak yang sama.  Jadi, luangkan waktu dan pastikan Anda juga pengguna energi yang efisien sesegera mungkin. Bagikan dengan teman Anda. Buatlah perbedaan.

Seperti yang pernah Gandhi ucapkan, “Apabila kita bisa mengubah diri kita sendiri, dunia pun akan cenderung berubah.  Manusia mengubah lingkungannya sendiri, karena itulah sikap dunia terhadap manusia pun akan berubah.  Kita tidak perlu menunggu apa yang orang lain lakukan.”

Diterjemahkan dari Bahasa Inggris, artikel asli di publikasikan tanggal di 28 Juli http://annie65j.blogspot.com/2013/07/cut-costs-and-energy-consumption-in-10.html

[ konsumsi energi, research council nrglab, research council, proyek nrglab, pemanasan global, NRGLab推出的SH-box, nrglab, nrglab pte ltd, nrglab singapore, nrglab сингапур ]

Energy questions from a new friend

When people find out I work in green energy technology, I’m immediately bombarded with questions. “How can I cut down on my utility bills?” is the one I get the most. Well, the other day, I made a new friend. We went out for lunch and got a chance to know one another better. Turns out, she and her husband are looking to buy a new house, and they’re concerned with energy efficiency and being “eco-friendly,” as she put it.

Here a couple of questions she asked:

What are some specific warning flags to look out for when taking a tour of a house?

Realtors usually try to show you the parts of the house they want you to see. Make sure you ask them about the air conditioning and heating systems. How old are they? How much energy do they consume during peak months?

Outside, take a look at the landscaping. Are there native plants? Do they require a lot of water? Is there a sprinkler system? If there is, make sure you check for leaks.

If you get the opportunity, ask the previous owners if you can take a peek at their utility bills. How much water and electricity does the house consume on a daily, monthly, annual basis?

Although going green is always easier when you’re starting from the ground up and building your own home, you can always make upgrades to greatly increase an older home’s energy efficiency, not to mention your property’s overall value.

What upgrades can I make if I do decide to buy a less-than-efficient house?

Tons! Here’s a quick breakdown of the easiest do-it-yourself upgrades you can make, but trust me, there are many more:

-      Replace old windows with energy-efficient versions.

-      Using duct tape, seal air leaks around doors and windows.

-      While you have the tape, grab a ladder and seal the air ducts too.

-       Add more insulation.

-      Swap out water-thirsty plants in the yard with ones that require as little water as possible. Cactuses are nice and prickly.

-   Install barrels to collect rain runoff. The water can be used to irrigate your landscape and lawn, so you won’t have to use the hose.

-      Replace incandescent light bulbs with more efficient fluorescents.

-      Check the EPA's Energy Star rating and replace your old appliances. Go ahead, you deserve it! Throw out that old coffee maker. Better yet, donate it. Then go out and buy yourself something nice. Spend a little now, save a lot later…

What’s the most important piece of advice you can offer an energy novice like me?

Stayed informed! Watch the news. Read. Instead of wasting time online with mindless games, Google your environmental and energy questions. Stay inquisitive. Check out the EPA's Energy Star website, EnergyStar.gov. Get acquainted with calculators and other useful tools that can help you manage your carbon footprint.

For example, you might not think of your home as a carbon-emitting source, but it is! It’s a major contributor, in fact. The energy you use for cooling, heating, lighting, and general power are, more likely than not, connected to a dirty main source. A coal-burning facility. A nuclear power plant.

To start, visit nrglab.asia. We’ve got a slew of green energy projects in development that are sure to change the way the world looks at energy. Waste-to-fuel gasification. The polycrystalline SH-Box generator.

The future of energy independence is coming. We’re ushering it in. 

[ Sh-box generator, EPA's Energy Star rating, nrglab, nrglab pte ltd, nrglab сингапур, nrglab singapore, anastasia samoylova nrglab, ana shell, annie j, alternative energy, cheap electricity ]