In order to ensure the smooth functioning of your urban electrification project, you need to work with a reputed urban electrification company. A well-known urban electrification company will provide you with integrated solutions for your projects and help you gain better visibility and control. Jakson Group is a leading urban electrification and rural electrification company that offers comprehensive services in terms of engineering, procurement, and construction.
NREL’s research on urban electrification
NREL’s research on urban electrification has some interesting findings. For instance, it modeled least-cost energy generation, storage, and transmission investment portfolios to study the impact of siting and evolving technologies on costs. The study also aimed to identify the factors limiting the expansion of urban electrification systems.
The research involves several different disciplines, including the physical and engineering sciences, social sciences, and decision-making sciences. It also takes into account equity, governance, and the interaction of electricity and urban planning. This helps to identify outcomes and develop appropriate options. Furthermore, it helps to minimize unwanted trade-offs.
Another area of NREL’s research focuses on bridging the gaps. Transmission siting is notoriously difficult in the United States, requiring the negotiation of agreements with hundreds of land owners. It also requires obtaining approval from state and federal agencies. In contrast, HVDC lines can be buried along existing railroad rights-of-ways, reducing red tape.
Various schemes to improve the power supply in urban areas
Various schemes have been launched in the country to improve the power supply in urban areas and reduce losses. These include the use of IT applications in meter reading, the installation of capacitor banks, R&M of substations, and consumer grievance redressal. In rural areas, the government is promoting rural electrification. It also aims at extending the national grid and providing householders with assistance in house wiring.
The government is also taking initiatives to improve the conditions in rural India by investing in biogas, solar energy, and wind energy. There are several schemes like the JNN solar mission which aim to provide electricity to 40 million families by March 2019. The government is also trying to improve wastage by developing a more sustainable energy supply system.
Private utilities that have undertaken urban electrification projects
As the use of electric vehicles continues to grow in cities, electric utilities are becoming increasingly involved in urban electrification projects. These projects can range from installing fast charging stations to collaborating with the automobile industry. One example is Rocky Mountain Power in Utah, which recently announced plans to install more than 700 Level 3 DC fast charging stations. The company also announced a partnership with Lyft and Uber to promote electric vehicle use in the state.
Electrifying transportation can help reduce carbon emissions and localized air pollution, both of which disproportionately affect low-income communities. Moreover, electrifying transportation can help reduce overall electricity consumption, which will benefit the economy and the environment. Ultimately, these projects can reduce electricity costs for electric utilities.
Electrification is vital to economic development. The international community uses electrification rates as a key indicator of overall development. Electricity is the building block of a sustainable community. By expanding electricity coverage to homes, schools, and employment centers, a government can foster local wealth and increase local living standards.
Impact of urban electrification on climate change
In order to meet our goals and address the climate crisis, we need to make sure that we electrify our cities. Building electrification will provide a multitude of benefits, including lower GHG emissions, increased energy security, improved urban air quality, and more jobs. However, we should be aware of the risks involved, and we must stay focused and committed to this transition.
Climate change will increase the frequency and intensity of extreme temperatures. Different cities will have different coping mechanisms, but higher temperatures are likely to negatively impact urban populations and will drive changes in energy demand. The correlation between ambient temperature and mortality is well-known, and heating and cooling are a major driver of electricity demand. Future warming is expected to increase peak electricity demand globally.
Although transport electrification reduces direct CO2 emissions, it increases indirect emissions associated with electricity production. A comparison of HiEV-BaU and LoEV-BaU shows that transport electrification reduced direct emissions from the transport sector, while indirect emissions increased. Hence, there is a tradeoff between direct and indirect emissions.
