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How smart electrification can unlock the potential of solar PV Integration – pv magazine International


The Worldwide Renewable Vitality Company (IRENA) explains what number of good electrification options can be found and prepared for commercialization, with pioneering corporations creating, testing and deploying potential improvements improvements.

As we attempt to attain our local weather objectives and transition to a carbon-neutral future by 2050, it’s crucial that we speed up the worldwide vitality transition. Innovation is proving to be the engine driving the world’s vitality transition in direction of a carbon-neutral future.

However new efforts shouldn’t solely give attention to the provision aspect of vitality techniques, the place we now have already witnessed important progress prior to now years – wind and photo voltaic have proven exceptional progress charges prior to now 12 months – but additionally on the demand aspect. By adopting good electrification and integrating extra photo voltaic photovoltaic (PV) energy, we will change the way in which we eat vitality and obtain a sustainable and steady vitality system. On this column, we are going to study the advantages and alternatives introduced by good electrification, highlighting the function of photo voltaic PV integration within the transformation of our end-use sectors.

Electrification of Finish Use Sectors

Direct and oblique electrification with renewable energy provides viable options to impress many end-use sectors due to sharp price reductions for wind and photo voltaic applied sciences. Electrical energy consumption is predicted to extend from the present 22% to 51% of ultimate vitality consumption in 2050, of which 91% can be produced from renewables, in accordance with IRENA evaluation.

A Systemic Strategy to Innovation shouldn’t be solely good, however crucial

Nevertheless, the transport and heating sector is essentially based mostly on fossil fuels. To resolve this problem, the transformation in direction of an electrified vitality system, should observe a holistic and good method. In any other case, we are going to lose the alternatives provided by cleaner and cheaper renewable vitality technology and overload the facility grid. A systematic method to alter goes past technological innovation and easily changing one expertise with one other however consists of improvements in market design, system and operational planning, and enterprise fashions. Solely by matching and utilizing the synergies of improvements in all elements of the facility system and end-use sector and together with all related actors and stakeholders, profitable options may be applied on the bottom.

To assist make this new paradigm a actuality, IRENA’s new Innovation Panorama Report for Sensible Electrification identifies 100 key improvements in 3 ways of transformation: power-to-mobility, power-to-heat and cooling, and power-to-hydrogen. Sensible electrification provides a cheap path to decarbonize vitality techniques. By electrifying the end-use vitality sectors and managing these hundreds in a wise means, we will unlock the pliability of the electrical energy system, to combine giant elements of variable renewables. Subsequently, good electrification gives three essential advantages:

  1. Value-Environment friendly Energy System Growth: By integrating new hundreds in a wise and cost-efficient means, good electrification reduces the height load of the system, deferring pointless investments within the grid and technology growth.
  2. Elevated Energy System Flexibility: Flexibility is crucial for integrating a better share of renewables. Sensible electrification makes use of the pliability of demand from new hundreds, permitting for the seamless integration of variable vitality sources corresponding to photo voltaic PV. It improves the steadiness and reliability of energy techniques.
  3. Value-Efficient Decarbonization: Electrification with renewables has emerged as essentially the most cost-effective answer for decarbonizing varied end-use sectors. By adopting good electrification methods, we will optimize using renewable vitality and speed up the transition to a low-carbon economic system.

Exploiting the potential of photovoltaics

The Innovation Panorama Report is a toolbox for policymakers to design good electrification methods, tailor-made to their very own context.

The attribute options of Photo voltaic PV convey nice advantages to vitality switch when built-in intelligently into the vitality system. The report identifies a number of “blind spots” – points which can be generally ignored and may hinder the success of good electrification methods or have the potential to speed up electrification. Considered one of them is that co-locating EV charging factors with photo voltaic technology will cut back the impression on the grid. Peak photo voltaic technology happens in the midst of the day when most passenger vehicles are parked. Office charging, mixed with photo voltaic photovoltaic rooftop arrays and photo voltaic canopies in parking tons will cut back the general EV load on the grid. As well as, off-grid photo voltaic charging techniques can facilitate the transition of EVs to areas with low-capacity grids, avoiding the necessity for costly grid growth.

Within the heating and cooling sectors, an essential blind spot is temperature as a crucial variable. Distinguishing between low-temperature wants in buildings and district heating, and high-temperature wants in industrial sectors, is essential. One other ‘blind spot’ brings consideration to the rising demand for cooling and its synergies with the mixing of photo voltaic PV, which should be taken under consideration in vitality planning. Reversible warmth pumps provide cooling at low further prices making thermal networks extra environment friendly and worthwhile as a result of they’ll present providers all year long. Since peak cooling calls for and peak photo voltaic vitality happen concurrently, the rising cooling demand may be coupled with photo voltaic PV and speed up the rise in photo voltaic PV’s penetration. Arizona County has proven that 55% of the electrical energy demand for cooling may be met by photo voltaic technology. Even a big a part of this demand may be met if the buildings are cooled through the hottest hours, profiting from the thermal storage capabilities of the buildings. Nevertheless, efficient vitality planning measures are wanted to satisfy the rising cooling demand in the best methods.

Equally, in Nigeria, for instance, a proposed ice-based vitality storage with photo voltaic PV-powered refrigeration can cut back vitality consumption by as much as 40% in a cooling-as-a-service enterprise mannequin.

These examples present how systemic innovation is crucial to impress our vitality system in a wise means, maximize the potential of wind and photo voltaic technology and keep away from the decision-making impasse that can delay the decarbonization of our societies. vitality system.


(IRENA. 2023) Innovation Panorama for Sensible Electrification: Decarbonising Finish-Use Sectors with Renewable Energy, https://www.irena.org/Publications/2023/Jun/Innovation-landscape-for-smart-electrification

(IRENA, 2023) World Vitality Transitions Outlook 2023: 1.5°C Pathway, https://www.irena.org/Publications/2023/Jun/World-Vitality-Transitions-Outlook-2023

This text was contributed by the Worldwide Renewable Vitality Company (IRENA).

The views and opinions expressed on this article are these of the writer, and don’t essentially mirror these held by pv journal.

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