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In reality, as somecase studies showed, theenergy sector and theDREprojects
are vulnerable to extreme climate events and in consequence can increase or
decrease the vulnerability of the populations they serve. DRE projects are
vulnerable to extreme weather events, but can also be designed to enable
adaptive capacity for example through coordinated and equitable use ofwater
in awatershed.
3. Poor technical designs and lack of appropriate operation andmaintenance pro-
tocols and practices have prevented DRE projects from meeting their stated
goals. This issue highlights the importance of government regulation or certifi-
cation that ensures quality and safety codes and standards to avoid deceitful
practices such as sellingbadquality and/or pirate/fake components.Even if the
systems are privately owned, there should be government controls in place and
anaccountabilitysystemsonot ‘anybody’caninstallsystemswithouthavingthe
appropriate knowledge, training and licenses. Most of the Central American
countries have adopted theUSNational Electric Code (NEC) although not all
have implemented it. Donors and governments implementing DRE projects
should require thecompliancewith suchcodes andstandardsaswell asproduct
listing.Besides requiring theuseofcode-compliantcomponentsandequipment,
donors and governments should ensure that project installers are also licensed
and certified, ensuring project sustainability and a better use of limited devel-
opment budgets.Moreover, code compliancewill ensure that userswill not be
harmed in anyway, nor taken advantageofmonetarily.
4. One common response received frommany system users and technicians was
the need for more intense and periodic training sessions to ensure systems
remain functioning.Twopolicy recommendations are suggested:
• Setaminimumrequiredbudget for socializationand trainingactivitiesas the
current spending level for this topic is not sufficient to cover users’ needs.
Some government officials interviewed indicated the need to spend up to
10%of the total infrastructure budget on training.
• Aid program indicators tend prioritize first and foremost the number of
beneficiariesor systemusers.Becauseof this,donorsare reluctant toallocate
additional budget towards training activities. During the interviews, some
indicated thiswas unrealistic as therewere specific goals for systembenefi-
ciaries and re-allocating budgets wouldmean a smaller number of systems
installed which might be interpreted as inefficient use of the budget. This
point has greater implications if program evaluation was carried out more
periodically:whensystemsstopworkingandcommunities relyonceagainon
traditional energy sources, statistics are notmodified to reflect this and aid
programs do not target these populations anymore as they are already con-
sidered ‘electrified’or ‘benefitted’. To bemost effective, indicatorsmust be
both qualitative andquantitative (GEF2005;Krause andNordstr€om2004).
5. In rural indigenouspopulations inwhichotherbelief systemsexist, suchaswith
Mayan populations, donors and developers need an understanding of the cul-
tural, political, economic and social differences to ensure that the appropriate
11 SustainableDevelopment,ClimateChange, andRenewableEnergy inRural. . . 209
Evaluating Climate Change Action for Sustainable Development
- Title
- Evaluating Climate Change Action for Sustainable Development
- Authors
- Juha I. Uitto
- Jyotsna Puri
- Rob D. van den Berg
- Publisher
- Springer Open
- Date
- 2017
- Language
- German
- License
- CC BY-NC 3.0
- ISBN
- 978-3-319-43702-6
- Size
- 15.5 x 24.1 cm
- Pages
- 365
- Keywords
- Climate Change, Sustainable Development, Climate Change/ Climate Change Impacts, Environmental Management
- Categories
- Naturwissenschaften Umwelt und Klima