Questions and responses 41st Parliament, 2nd session October 16, 2013, to August 2, 2015

Refine your search

Search results for topic:"Electricity supply"

Results from historical information do not include searching within the departmental responses.
Historical information
The information shown below relates to a prior session.

Q-465

41-2
October 16, 2013, to August 2, 2015

Q-465

41st Parliament, 2nd session
Asked by
Date asked
April 7, 2014
Answered
May 26, 2014
With regard to the Nuclear Liability and Compensation Act enacted as part of Bill C-22, with particular reference to the government's decision to increase the absolute liability amount and mandatory insurance coverage for nuclear operators to $1 billion: (a) has the Department of Natural Resources (DNR) asked Ontario Power Generation whether removing the cap on operator liability, while maintaining the level of absolute liability and mandatory insurance coverage required under the Act at $1 billion, would increase its generation costs and, if so, what were the details of the response, including the estimated increased cost-per-kWh; (b) has the DNR asked Bruce Power whether removing the cap on operator liability, while maintaining the level of absolute liability and mandatory insurance coverage required under the Act at $1 billion, would increase its generation costs and, if so, what were the details of the response, including the estimated increased cost-per-kWh; (c) has the DNR asked New Brunswick Power whether removing the cap on operator liability, while maintaining the level of absolute liability and mandatory insurance coverage, would increase its generation costs and, if so, what were the details of the response, including the estimated increased cost-per-kWh; (d) in the scenario in which the limit on reactor liability is removed while the mandatory insurance coverage and absolute liability of the operator remain at $1 billion, what is the DNR's estimate of the impacts that removing the cap on liability would have on provincial electricity rates, (i) what additional impacts would there be if the mandatory insurance coverage and absolute liability of the operator were increased to $1.5 billion, all other things being equal, (ii) what would the additional impacts be if the mandatory insurance coverage and absolute liability of the operator were increased to $2 billion, all other things being equal; (e) does the government determine the amount of liability required of nuclear operators by estimating whether it will be within the capacity of insurers to provide insurance at reasonable costs and, if so, (i) did the government use the same criterion for determining the absolute liability and insurance requirement for offshore operators, (ii) how does the government define "reasonable costs" for insurance, (iii) what is the limit in cost-per-kWh for what the DNR considers "reasonable costs" for insurance, (iv) did the government use the same definition of "reasonable costs" for insurance for the nuclear and oil industries; (f) what are the insurance costs-per-kWh for the $1 billion in insurance that is currently required for nuclear operators under Bill C-22, (i) what would these insurance costs-per-kWh be for the insurance requirement of $1.5 billion, (ii) what would these insurance costs be for the insurance requirement of $2 billion; (g) does the DNR determine the amount of liability required of nuclear operators by estimating its commensurability with the consequences of controlled releases of radiation and, if so, (i) what studies has the DNR undertaken regarding the consequences of accidents involving controlled releases of radiation, (ii) what is the estimated likelihood of such accidents, (iii) how has the DNR determined that the current amount of liability for nuclear operators under Bill C-22 is commensurate with the risk of such accidents; and (h) has the DNR commissioned any studies to estimate the implicit subsidy per kWh that would be created by imposing a cap on liability since the time it commissioned an empirical analysis of the Nuclear Liability Act (Heyes, Anthony, and Catherine Heyes. 2000. An Empirical Analysis of the Nuclear Liability Act (1970) in Canada. Resource & Energy Economics 22 (1):91-101) and, if so, what were the results of any such study?
Historical information
The information shown below relates to a prior session.

Q-1216

41-2
October 16, 2013, to August 2, 2015

Q-1216

41st Parliament, 2nd session
Date asked
April 28, 2015
Answered
June 12, 2015
With regard to the March 20, 2015 announcement on the power cable to help stabilize the electricity supply in Prince Edward Island: (a) how much funding is the government committing to provide, broken down by (i) the departments and programs from which the funding will be allocated, (ii) the affected fiscal years; (b) what is the government’s projected total cost of this project; (c) is the federal funding contingent on any specific conditions and, if so, what are the details of those conditions, including any requirements under the Green Infrastructure Fund; (d) why did the government cancel the previous 2005 federal funding commitment for this project; and (e) what are the details of all government correspondences and documents relating to this project, broken down by (i) relevant file or internal tracking number, (ii) correspondence or file type, (iii) subject, (iv) date, (v) purpose, (vi) origin, (vii) intended destination, (viii) other officials, agencies, departments, or contractors copied or involved?
Historical information
The information shown below relates to a prior session.

Q-55

41-2
October 16, 2013, to August 2, 2015

Q-55

41st Parliament, 2nd session
Date asked
October 17, 2013
Answered
December 3, 2013
With regard to Health Canada’s Radiofrequency Exposure Guidelines known as Safety Code 6: (a) how was the code established; (b) does the code deal with potential dangers from all electromagnetic devices; (c) what is the distinction between thermal and non-thermal effects of exposure to radiofrequency (RF) energy; (d) does existing research on the thermal effects of exposure to RF energy adequately determine whether such exposure is safe for humans; (e) does existing research on the non-thermal effects of exposure to RF energy adequately determine whether such exposure is safe for humans; (f) what work is Health Canada undertaking to remedy the uncertainty surrounding the non-thermal effects of exposure to RF energy by carrying out additional research into the non-thermal effects of exposure to RF energy; and (g) are changes to the code planned to include the most up-to-date scientific research on devices such as Hydro “smart” meters?
Top of page