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Reliability of renewable energy technologies is continuously improving.


By carefully examining and considering all aspects and the long and short-term impact such technologies can create, more reliably sourced renewable energy could be harnessed. 



Yet consuming energy from non-renewables for fundamental applications is increasing at unprecedentet levels. Exploring more routes of how to integrate renewable energy technologies to reduce GHG emissions is yet to take pace. 

Testing and assessing new technologies readiness levels can bring efficient results when explored in parallel with well-established technologies to create a plausible differentaition for the technology in the market.

Routes to explore 

rectangular white device
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the sun is setting over the horizon of the earth

Technology Integration 

Shaping perspectives 

1. Electric Vehicles Charging


a car parked in front of a red building

Exploring potential viability of integrating the technology into carbon capture applications can make the process more industrially efficient and an actually viable solution to reduce GHG emissions. 

smoke coming from a factory

3. Carbon Capture

Data Centres consume a lot of energy around the clock. Thinking of AI prompts? These do not seem to be getting any lesser. Integrating the technology in systems that utilise working fans can make end-results more efficient harnessing natural resources to produce electricity. 















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4. Data Centres

By customizing parameters of the technology, it could be integrated into solutions that already utilize air to provide heating or cooling. 

Air conditioning consumes a noticeable amount of electricity worldwide. This technology can help achieve reduction in non-renewable energy electricity production by supplying power through renewable energy means. 

 

The route to electric mobility is yet to require additional charging infrastructure. If this was to ramp up, reliable charging stations for EV would be fundamental. Sourcing their energy from renewables would also be necessary. 

2. Tailored Solutions 

for Air Conditioning


rectangular white device

2. Tailored Solutions 

for Air Conditioning



Technology Integration 

Shaping perspectives 





1. Electric Vehicles Charging


a car parked in front of a red building

Exploring potential viability of integrating the technology into carbon capture applications can make the process more industrially efficient and an actually viable solution to reduce GHG emissions. 

smoke coming from a factory



3. Carbon Capture

Data Centers consume a lot of energy around the clock. Thinking of AI prompts? These do not seem to be getting any lesser. Integrating the technology in systems that utilise working fans can make end-results more efficient in harnessing natural resources to produce electricity. 

more in Technology Briefing

white and gray building near body of water during night time

4. Data Centres

By customizing parameters of the technology, it could be integrated into solutions that already utilize air to provide heating or cooling. 

Air conditioning consumes a noticeable amount of electricity worldwide. This technology can help achieve reduction in non-renewable electricity production by supplying power through renewable energy means. 

 

The route to electric mobility is yet to require additional charging infrastructure. If this was to ramp up, reliable charging stations for EV would be fundamental. Sourcing their energy from renewables would also be necessary. 


Q&A