Skip to content. | Skip to navigation
I've made my first novel, Ventus, available as a free download, as well as excerpts from two of the Virga books. I am looking forward to putting up a number of short stories in the near future.
To celebrate the August, 2007 publication of Queen of Candesce, I decided to re-release my first novel as an eBook. You can download it from this page. Ventus was first published by Tor Books in 2000, and and you can still buy it; to everyone who would just like to sample my work, I hope you enjoy this version.
I've released this book under a Creative Commons license, which means you can read it and distribute it freely, but not make derivative works or sell it.
I've made large tracts of these two Virga books available. If you want to find out what the Virga universe is all about, you can check it out here:
In spring 2005, the Directorate of Land Strategic Concepts of National Defense Canada (that is to say, the army) hired me to write a dramatized future military scenario. The book-length work, Crisis in Zefra, was set in a mythical African city-state, about 20 years in the future, and concerned a group of Canadian peacekeepers who are trying to ready the city for its first democratic vote while fighting an insurgency. The project ran to 27,000 words and was published by the army as a bound paperback book.
If you'd like to read Crisis in Zefra, you can download it in PDF form.
Which is more efficient, electricity or gasoline? A complicated and surprising answer...?
I've been waxing nostalgic lately over the placidity of my blog in comparison to the knock-down, drag-out free-for-all that is Charlie Stross's (where I guest-blogged for a couple of weeks this summer). So I thought I'd share an interesting bit of data that came across the twitterverse yesterday and (while it may not be news to you, is news to me) bears some contemplation. It is simply this:
According to various sources, including apparently the United States Department of Energy, it takes between 4 and 7.5 kWh of energy to refine one gallon of gasoline. To drill and transport that gas takes another 1.5-3 kWh. So, the average energy cost of one gallon of gas is roughly 8 kWh, or even more.
A lot of that energy is provided by fossil fuels, chiefly natural gas; but a big proportion of it is provided in the form of electricity. Those who have totaled it up find that a gasoline-powered automobile uses more electricity to run per mile than a comparable electric vehicle. The total energy cost of the gasoline economy is therefore at least double that of an electric economy.
A corollary to this is that a complete conversion to electric vehicles would not place any more strain on the grid than there is now; it would simply distribute it (because right now much of that energy is going to fixed installations, and with an EV economy it would be going, at least potentially, to millions of individual houses). So a 100% EV economy would not require any increase in electricity production, only an upgrade to the grid (and lots of companies, such as GM, are designing that grid). In fact, all things being equal, in a 100% EV world, electricity demand should go down somewhat.
The remaining issue for electric vehicles, then, would be battery disposal, because their toxicity is high when they contain lead, but with Li batteries is becoming lower and lower.
Except that...
This isn't quite the whole story. What remains to be factored in here is the electricity cost of manufacturing the EV's batteries. I haven't yet found numbers for this cost; if anybody can supply it, that would be helpful.
And while we're at it, we should do a complete parts count for the additional complexity and wear-out rate of internal combustion engines, and factor in the electricity cost of those components...
...And round and round we go.
I'm a member of the Association of Professional Futurists with my own consultancy, and am also currently Chair of the Canadian node of the Millennium Project, a private/public foresight consultancy active in 50 nations. As well, I am an award-winning author with ten published novels translated into as many languages. I write, give talks, and conduct workshops on numerous topics related to the future, including:
For a complete bio, go here. To contact me, email karl at kschroeder dot com
I use Science Fiction to communicate the results of actual futures studies. Some of my recent research relates to how we'll govern ourselves in the future. I've worked with a few clients on this and published some results.
Here are two examples--and you can read the first for free:
The Canadian army commissioned me to write Crisis in Urlia, a fictionalized study of the future of military command-and-control. You can download a PDF of the book here:
For the "optimistic Science Fiction" anthology Hieroglyph, I wrote "Degrees of Freedom," set in Haida Gwaii. "Degrees of Freedom" is about an attempt to develop new governing systems by Canadian First Nations people.
I'm continuing to research this exciting area and would be happy to share my findings.
"Science fiction at its best."
--Kim Stanley Robinson
"Lean and hugely engaging ... and highly recommended."
--Open Letters Monthly, an Arts and Literature Review
(Sun of Suns and Queen of Candesce are combined in Cities of the Air)
βAn adventure-filled tale of sword
fights and naval battles... the real fun of this coming-of-age tale includes a
pirate treasure hunt and grand scale naval invasions set in the cold, far
reaches of space. β
βKirkus Reviews (listed in top 10 SF novels for 2006)
"With Queen of Candesce, [Schroeder] has achieved a clockwork balance of deftly paced adventure and humour, set against an intriguing and unique vision of humanity's far future.
--The Globe and Mail
"[Pirate Sun] is fun in the same league as the best SF ever has had to offer, fully as exciting and full of cool science as work from the golden age of SF, but with characterization and plot layering equal to the scrutiny of critical appraisers."
--SFRevu.com
"...A rollicking good read... fun, bookish, and full of insane air battles"
--io9.com
"A grand flying-pirate-ship-chases-and-escapes-and-meetings-with-monsters adventure, and it ends not with a debate or a seminar but with a gigantic zero-gee battle around Candesce, a climactic unmasking and showdown, just desserts, and other satisfying stuff."
--Locus
Hard to compare apples to apples
Then, if you consider electrical generation the same way, you find that electricity can be produced much cheaper than gasoline for the same energy output. Coal is the great equalizer here, burning coal to generate electricity to refine gasoline seems wrong.
So consider solar - less cost to build a solar plant than a petroleum refinery, and then the energy produced is 'free', where the energy produced from a refinery needs to be brought in as raw and processed. What's the lifespan of a solar plant? 30-50 years seems to be what most industry folks say.
What about the batteries? If we got rid of gas refinery as part of the equation I think we'd still be much better off going forward with electricity as a whole.