…but the devil is in the details.
The Smart Grid has been described as an:
“automated, widely distributed energy delivery network…characterized by a two-way flow of electricity and information [that] will be capable of monitoring everything from power plants to customer preferences to individual appliances. It incorporates into the grid the benefits of distributed computing and communications to deliver real-time information and enable the near-instantaneous balance of supply and demand at the device level.”
There are many different ways to interpret and develop a smart grid.
This interesting article provides an important view. Mostly, it talks about the potential direct health risks from the electromagnetic fields generated by smart meters and, more generally, wireless connectivity. It also suggests possible political corruption linked to the development of smart grid activities in the United States, and raises the thorny issues of privacy and security derived from wireless connectivity and smart – or remote – control of appliances and equipment.
Very important issues indeed. It was brought to my attention by one of the authors of Cancer: 101 Solutions – a very insightful and practical guide on how we can all reduce our exposures to cancer risks in our environment.
This is a great article, but we must be cautious of the deflection it generates (akin to what Dennis Raphael terms ‘random medical gobbledygook’ when health information that fixates on the individual causes of health risks ignore the underlying social settings – social health determinants – responsible for that diseased state). As I write in Computing Or Way to Paradise? in the chapter on health (page 149):
“It should be apparent that we have not discussed in this chapter the direct health effects of ICTs. Although there is a growing body of evidence indicating health impacts from ICTs as a result of ergonomic, chemical, electromagnetic and other possible causes (including the risks derived from the inattentiveness to surrounding environments during their use), this approach diverts attention toward the individual. The assumption is that if you limit or avoid use of or exposure to a specific product, your chances of contracting certain diseased states is reduced.”
The problems outlined in the above article do just that while stumbling around the social determinants of health with privacy and political issues. While the potential for direct health impacts are not necessarily trivial, they pale in comparison to the social and cultural implications from the ‘smart grid.’
A perfect example is as the authors cite: “those who stand to make enormous profits.”
I find this problem all too common. In fact, the previous blog posts here and here about the adoption of ICTs for collaboration illustrates how our default mode tends to promote business as usual (BAU) when adopting ICTs, despite their enormous potential for so much more. BAU is fundamentally antithetical to what the theories developed in ‘Computing Our Way to Paradise‘ suggest.
The book draws extensively on the example of the smart grid and uses this as an underlying theme throughout. Repeatedly it is shown how technological determinism and BAU (growth, competition, individualism, hierarchical control, etc.) continues unabated, even amongst those who promote the novelty of ICTs. This approach is also very evident in the renewable energy and green economy sectors.
The points on privacy and security in that same above article are, however, somewhat more misguided. The expectation that smart appliances will ‘be controlled’ by us and the utility companies ignores the self-regulatory nature of the ‘SMART’ grid. But that does raise some thorny issues about privacy, suggesting, not greater risks, but instead a redefinition of privacy, which that article would have benefited greatly from by exploring further. That said, you certainly won’t hear any talk of re-defining privacy from federal privacy commissioners or any other privacy watchdogs however.
As for the vampire loads the article discusses, no proponents have provided information about this, although I suspect, like tobacco companies, many have thought about the undesirable consequences from use of these technologies. However, there have been a couple studies to consider the energy demands of such smart technologies. Some good background can be found here and here. The average benchmark identified is an increase of 30% in household electrical demand for the smart home.
The article also discusses the potential for political corruption and the ‘control’ of smart grid technologies, and the respective safety, privacy and security issues. But as I illustrate in this post, control will not originate from hierarchical governance structures.
Which, demonstrates why the egalitarian re-distribution of wealth and power is so essential, and how it might already be happening, and why we need to re-define privacy.
Indeed, this will undoubtedly generate a ‘boost’ to ensure the social determinants of health are inherently included in social and economic development in the future. From the authors of The Spirit Level:
“Action on climate change is hampered by the view that reducing carbon emissions will involve a sacrifice in living standards. But Richard Wilkinson, Kate Pickett, and Roberto De Vogli argue that greater equality will not only help achieve sustainability but also enhance the real quality of life”
A competitive, market-based, growth-obsessed, global society controlled by hierarchical governance and power structures and unimaginable wealth disparities simply cannot be equitable or egalitarian. Moreover, it harms our health and well-being. Why would, at this pivotal moment in history, we want to model an emerging smart grid on such an approach?
So, unless, it seems, we change our ways, and the way we interpret, apply, and adapt ICTs, we’re headed on a crash collision with ecological and social realities. So long as society believes we can grow our way out of this problem using the same hierarchical control structures, and competitive ideologies that continue to polarize and fragment societies around the globe – and only address the individual health impacts – our consumption footprints will continue to exceed the planets capacity to deal with them, and the social and political wealth disparities will disintegrate social cohesion. And therein lies the real health impacts.
In other words, the smart grid needs to reflect the distributive nature of renewable energy technologies (both production and consumption) and ICTs, and it requires control abilities that supersede hierarchical control and management structures. Neither of which are predominantly present to date in the development of the smart grid.