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To reduce the cost of storing renewable energy on the grid while capturing more energy, MIT scientists have developed a new battery consisting of sulfur, air, water and salt, which is nearly 100 times cheaper than batteries currently on the market, and stores twice as much energy as lead-acid batteries
.
Currently, one criticism of renewable energy is its variability
.
Moreover, the coupling of energy storage and renewable energy generation is still in its infancy, and only a small part of the total solar and wind power generation is stored, of which storage cost is one of
the biggest obstacles.
At present, the chemical cost of battery materials is 10~100 US dollars / kWh
.
To reduce the cost of storing renewable energy on the grid while capturing more energy, MIT scientists have developed a new battery consisting of sulfur, air, water and salt, which is nearly 100 times cheaper than batteries currently on the market, and stores twice as much energy as lead-acid batteries
.
Currently, one criticism of renewable energy is its variability
.
Moreover, the coupling of energy storage and renewable energy generation is still in its infancy, and only a small part of the total solar and wind power generation is stored, of which storage cost is one of
the biggest obstacles.
At present, the chemical cost of battery materials is 10~100 US dollars / kWh
.
