Markets & Policy

A 50% fall in the price of Lithium-ion battery packs—to $76/KWh from $156/KWh today—will make the capital cost of electric vehicles lower than combustion vehicles. However, to realise the full benefits of EVs, it is important to charge them with clean power and not fossil power.

The government of Suriname will use the amount for rural electrification through installation of solar-DG hybrid PV systems in 50 remote villages of the nation.

BHEL’s scope of work includes complete engineering, procurement and construction (EPC) solutions from concept to commissioning of EV charging stations. EESL, on the other hand, will make the entire upfront investment on services, along with the operation and maintenance of the infrastructure.

Year 2019 saw some 19.5 GW of wind and solar energy contracted by corporations globally through power purchase agreements, up more than 40% from the previous year’s record. The bulk of this purchase occurred in the U.S. with tech companies and oil and gas majors leading the charge. India, however, saw a drop amid rollback of attractive policies, says a new report from BloombergNEF.

A new report from Hydrogen Council predicts that the cost of renewable hydrogen production will fall drastically by up to 60% over the coming decade due to the declining costs of renewable electricity generation and the scaling up of electrolyzer manufacturing. Thanks to its optimal renewable resources, Australia will be among the countries most favorably placed to contribute to the development of the hydrogen economy.

With this, the West African nation becomes the first International Solar Alliance (ISA) member to avail services of NTPC. Presently, there are six programmes of the ISA to develop solar capacities in member countries, which include agricultural pumps, mini grids, rooftop solar, large-scale grid connected projects, etc.

Already approved by the finance ministry, the proposal aims to woo investors into setting up manufacturing units in India and lower battery costs with indigenization of technology. An aggregate manufacturing capacity of 50 GWh is planned to be set up over a period of 10 years, which would require investments worth Rs 355 billion.

Materials that can recover energy wasted in the form of heat and convert that into electricity can pave the way for devices that can be coupled with new renewable technologies such as solar-thermoelectric and Lithium batteries.

Led by Indian developer Renew Power’s former CEO Parag Sharma, the joint venture by these global investors aims to install over 4 GW of utility-scale capacity across solar and wind projects.

Under the order worth around Rs 1730 crore, the power transmission and distribution player’s latest supervisory control and data acquisition and advanced distribution management solution technology will help deliver 24×7 reliable power to the people of the twin cities of Jammu and Kashmir.