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- Edison Type A-6 Storage Battery, 1908-1928 -
- 1908-1928
- Collections - Artifact
Edison Type A-6 Storage Battery, 1908-1928
- Zenith Radio Wincharger, 1935-1937 - Radio connected Americans to the larger world in many ways. However, most rural Americans were not on the limited power grid of the 1930s so could not use radios. Portable wind generators, like this Wincharger, were developed to power radios, continuing a long tradition of local power production on farms--by horse, steam and wind power.
- 1935-1937
- Collections - Artifact
Zenith Radio Wincharger, 1935-1937
Radio connected Americans to the larger world in many ways. However, most rural Americans were not on the limited power grid of the 1930s so could not use radios. Portable wind generators, like this Wincharger, were developed to power radios, continuing a long tradition of local power production on farms--by horse, steam and wind power.
- Thomson-Houston Current Indicator, circa 1889 -
- circa 1889
- Collections - Artifact
Thomson-Houston Current Indicator, circa 1889
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- Edison Type S Primary Battery, 1916-1929 - A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.
- 1916-1929
- Collections - Artifact
Edison Type S Primary Battery, 1916-1929
A chemical reaction hidden within this battery's white porcelain jar creates electricity. Thomas Edison developed this battery from an earlier design by Felix Lalande and Georges Chaperon. Batteries like this Type S powered fans, phonographs, telephones, and a variety of other devices for years in places where the electric grid did not reach, or electric generators were impractical.