\n<\/p>\n
As technology advances, batteries have become more affordable and powerful, driving the electric transformation of various devices\u2014from cars to power tools. However, electrifying homes has lagged behind. Making the switch from gas appliances often means a challenging renovation, including tearing down walls and updating electrical systems.<\/p>\n
Enter Copper, a startup founded by Sam Calisch, who aims to change this trend. The company has introduced a kitchen range that comes with a built-in battery and can simply plug into a standard 120-volt outlet. This induction range is equipped with a lithium iron phosphate battery that charges during off-peak times, using the cleanest energy available, before providing power when it’s time to cook.<\/p>\n
Calisch emphasizes that this innovation simplifies the electrification process. \u201cSwitching to electric could feel more like changing an appliance rather than undergoing a major construction project,\u201d he states. \u201cIn single-family homes, there\u2019s usually an outlet nearby, but in apartment buildings, it\u2019s a different story. Rewiring large buildings costs too much for many to consider.\u201d<\/p>\n
So far, Copper has delivered about 1,000 of its battery-powered ranges, mainly to developers of apartment complexes. They\u2019ve also partnered with the New York City Housing Authority for a project that includes at least 10,000 units.<\/p>\n
These ranges can contribute to a cleaner energy grid. Recently, Copper launched a program in California to supply affordable, clean energy back to the grid, especially during peak demand times when gas plants would generally be called upon to ramp up production.<\/p>\n
After installation, Calisch explains, these appliances can become valuable assets for the energy grid. \u201cWe can manage these batteries to provide consistent power, which helps increase the flow of clean electricity,\u201d he adds. The revenue generated will aid in reducing electrification costs even further.<\/p>\n
Calisch’s journey in climate tech started at Otherlab, a clean technology incubator. \u201cThat\u2019s where my passion for creating technology that makes a difference was ignited,\u201d he recalls. He later pursued advanced studies at MIT, focusing on developing better manufacturing practices that are energy-efficient.<\/p>\n
In 2019, after earning his Ph.D., he co-founded a nonprofit called Rewiring America, aimed at advocating for widespread electrification and working closely with U.S. Senate offices on legislative initiatives like the Inflation Reduction Act.<\/p>\n
Since the introduction of lithium-ion batteries in 1991, their cost has plummeted by around 97%, paving the way for a range of electric products. As technology continues to evolve, countries that embrace these developments will have a significant manufacturing edge.<\/p>\n
Calisch believes that the home appliance market can drive battery usage, while the batteries support the shift to electric systems. The kitchen range is a strategic starting point because it demands high amounts of power. By lowering this peak demand, the benefits can be substantial. Ranges also hold emotional significance as central gathering spots for families.<\/p>\n
Copper\u2019s 30-inch induction range offers faster heating and precise temperature control compared to gas alternatives. Installation is straightforward, much like swapping out a refrigerator. Plus, its 5-kilowatt-hour battery ensures that cooking can continue even during a power outage.<\/p>\n
\u201cBatteries are now dramatically more affordable and can genuinely improve daily life,\u201d says Calisch. \u201cThis shift isn\u2019t about compromising our comfort for environmental reasons; it\u2019s about embracing advanced technologies that benefit us all.\u201d<\/p>\n
Calisch asserts that maintaining reliable energy systems in the U.S. future depends heavily on battery adoption. Because of regulatory and technical constraints, not all batteries can be placed on the power grid. <\/p>\n
He sees parallels to the internet’s growth: \u201cTo handle the massive increase in information flow, we didn\u2019t lay more wires; we added local storage and caching. This enhanced overall capacity. We\u2019re applying this same principle to the electric grid.\u201d<\/p>\n
Recently, Copper secured $28 million to boost production and cater to the rising demand for its innovative appliances. The company is also exploring partnerships with other manufacturers to accelerate the shift toward electrification.<\/p>\n
Calisch believes that these technologies have the potential to significantly enhance everyday life while also helping to transition away from fossil fuels. \u201cWe focus on addressing the barriers to this transition. We\u2019re not just an appliance company; we consider ourselves an energy company.\u201d<\/p>\n
Reflecting on his experience at MIT, Calisch acknowledges it played a crucial role in preparing him to manage a technologically focused business. \u201cMy time at MIT gave me hands-on exposure to various engineering systems, allowing me to effectively communicate with our engineering teams,\u201d he notes.<\/p>\n
Ultimately, he envisions a future where homes actively participate in the energy network rather than just consuming electricity. \u201cIt\u2019s about redefining our buildings as part of a broader energy ecosystem.\u201d<\/p>\n\n","protected":false},"excerpt":{"rendered":"
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