Energy Storage

The state-owned oil and gas company is seeking bids to set up green hydrogen generation units with annual capacities of 5,000 MT and 2,000 MT, respectively, at two of its facilities in India.

Kallis Energy Investments is proposing a whopping 6 GW renewable hydrogen project in South Australia, with founder Terry Kallis telling pv magazine Australia the project will not seek to connect its 3 GW of planned solar and wind assets to the already congested grid.

The US company will manage charging and discharging the batteries, while keeping some electricity in reserve for backup power to the home.

This week, Russia joined forces with the United Arab Emirates to develop common hydrogen projects and similar moves were made by Chile and South Korea, Japan and Australia, as well as by France and Germany. French President Emmanuel Macron announced €2 billion in new investments.

Panasonic said the system is available in the U.S. with storage capacities of 17.1 kWh and 25.65 kWh. The product comes with a floor-standing battery cabinet and a hybrid smart inverter with 4 MPPTs.

The Netherlands storage industry association and the Dutch grid operators have proposed a faster phasing out of the net metering scheme to enable wider adoption of batteries among PV system owners. A 30% rebate on the purchase and installation of residential storage systems could help achieve the plan.

Although wind power dominates the renewables scene in the Republic of Ireland and the North – and even natural gas has a bigger role to play – the grid companies of the neighbors have revised up their estimates of how much solar will be needed, after talking to the public and industry.

While the Sino-Canadian business expects high polysilicon and shipping costs to be a temporary problem, CEO Shawn Qu has acknowledged the company will have overcapacity in cell and wafer production lines by the end of the year.

Tested in an off-grid location in India, the proposed approach includes the use of thermal storage from PV modules’ excess heat for space and water heating. The optimum configuration for the system was given by the combination of a 224 kW PV system equipped with a phase change material, a 206 kW wind turbine, a 420 kW biogas generator, a 633 Ah battery, and a 170 kW converter.

The 20 MW Golomoti PV project will include 10 MWh of lithium-ion battery storage in a first for the sub-Saharan African market, according to its London-based joint developer.