World

After two decades of growth, the amount of newly installed renewable energy capacity is no longer rising and, despite a 7% growth in electricity generation from clean energy sources, global energy-related carbon emissions have risen 1.7%.

Often touted as the missing link in the energy transition, power-to-gas (P2G) has not yet had its time to shine. While the technology has been around for decades, large-scale projects have been exceptionally rare. Over the last year, however, encouraging signals are emerging as research, pilot projects, and small-scale applications appear to have picked up pace. As debate continues about the tipping point for P2G in terms of conversion efficiency and costs, some market players are optimistic about near-term prospects.

According to the Korean manufacturer, its Q.Peak Duo-G6 module is produced with larger wafers than those used in the G5. This is said to increase module yield by around 6% for a power output ranging from 355-420 W.

The Chinese string inverter giant was the world’s biggest supplier for the fourth year in a row, despite ceding 4% of its global market share, according to analyst Wood Mackenzie. Asia-Pacific was again the largest inverter market, accounting for 64% of global shipments.

Deployment of lithium-ion battery storage systems is growing rapidly, with Wood Mackenzie recently predicting that the U.S. market alone could be worth $4.7 billion within the next five years. Demand is rising for both grid-scale and behind-the-meter applications in a number of markets throughout the world, particularly in East Asia, the global hub of lithium-ion battery production. But a recent string of fires in South Korea – one of the world’s biggest markets for stationary storage, thanks to a concerted government push – has rekindled smoldering concerns about safety.

Like many areas in renewable energy, the operations and maintenance of large-scale solar power plants is becoming an increasingly sophisticated affair. Granular data gathered using hardware such as drones and thermal imaging equipment, in combination with complex analytics software, mean that service providers now have oversight of a plant right down to the performance of individual cells and components. A look at fault detection offers several examples of these trends in action.

Deployment of lithium-ion battery storage systems is growing rapidly, with Wood Mackenzie recently predicting that the U.S. market alone could be worth $4.7 billion within the next five years. Demand is rising for both grid-scale and behind-the-meter applications in a number of markets throughout the world, particularly in East Asia, the global hub of lithium-ion battery production. But a recent string of fires in South Korea – one of the world’s biggest markets for stationary storage, thanks to a concerted government push – has rekindled smoldering concerns about safety.

Themed around “Right to Energy,” the 4th TILA International Conference on Energy (TICE 4) held recently in New Delhi aimed to accelerate the pace of energy revolution through intensive deliberations and concerted initiatives among countries. Well attended by over 400 delegates, the international event highlighted that energy is going to be the next big revolution after telecom.

The world had more than half a terawatt of PV generation capacity at the end of last year as emerging solar markets picked up the slack caused by Beijing’s subsidy about-turn to the tune of a 20% rise in installations outside China.

All-electric buses will cost the same as diesel options by 2030 – and possibly earlier – according to research into the global EV market which highlighted the potential for India to follow China’s lead in the sector.