The Niagara Power Vista is a visitor center located near Niagara Falls, New York. It is operated by the New York Power Authority (NYPA) and is dedicated to educating the public about the history and importance of the Niagara Power Project. The Niagara Power Project is a hydroelectric facility located on the Niagara River, just north of the falls, and is the largest power facility in New York State. The Niagara Power Vista includes interactive exhibits, films, and guided tours, and offers visitors a unique opportunity to learn about the power of Niagara Falls and the importance of renewable energy. The Power Vista also features a gift shop, snack bar, and observation deck with views of the Niagara River.

Robert Moses Niagara Power Plant

Niagara River dam in New York State

Dam in Lewiston, New York

43°08′35″N 79°02′23″W / 43.14306°N 79.03972°W / 43.14306; -79.03972Coordinates: 43°08′35″N 79°02′23″W / 43.14306°N 79.03972°W / 43.14306; -79.03972 Purpose Power Status Operational Construction began 1957; 66 years ago (1957) Opening date 1961; 62 years ago (1961) Construction cost US$800 million (1957) Owner(s) New York Power Authority Dam and spillways Type of dam Gravity dam Impounds Niagara River Reservoir Creates Moses Niagara Power Plant forebay Total capacity 740,000,000 US gal (2.8×109 l; 620,000,000 imp gal) Commission date 1961 Type Conventional Turbines 13 Installed capacity 2,525 MW (3,386,000 hp) Website Works in conjunction with the Lewiston Pump-Generating Plant

The Robert Moses Niagara Hydroelectric Power Station is a hydroelectric power station in Lewiston, New York, near Niagara Falls. Owned and operated by the New York Power Authority (NYPA), the plant diverts water from the Niagara River above Niagara Falls and returns the water into the lower portion of the river near Lake Ontario. It uses 13 generators at an installed capacity of 2,525 MW (3,386,000 hp).

Named for New York City planner Robert Moses, the plant was built to replace power production after the Schoellkopf Power Station, a nearby hydroelectric plant, collapsed in 1956. It stands across the river from Sir Adam Beck Hydroelectric Power Stations in Niagara Falls, Ontario, Canada.



The land that the Robert Moses Niagara Power Plant occupies has a long history of use. In 1805, Augustus and Peter Porter of Buffalo, New York, purchased the American Falls from New York in a public auction (and later acquired the rights to the eastern rapids above the falls) with a stated plan to generated power by way of a “hydraulic raceway”. The men were unable to secure funding for the project, however, and each died without effecting significant progress toward their planned infrastructure. Several other companies later attempted similar projects, all without success.

In 1853, the Niagara Falls Hydraulic Power and Manufacturing Company was chartered; in 1861, it completed a 35 ft (11 m) wide and 8 ft (2.4 m) deep canal. The powerhouse finally opened in 1874, but produced little electricity even by the standards of the day.

In 1877, Jacob F. Schoellkopf purchased the canal, along with the water and power rights, for $71,000. He improved the canal and put the powerhouse to commercial use. In 1881, his company completed Schoellkopf Power Station No. 1; it would operate until 1904. In 1891, Schoellkopf Power Station No. 2 opened directly in front of the original, in the gorge below the falls, with a higher 210 ft (64 m) drop. In 1914 and 1918, the company built Schoellkopf Stations No. 3A and 3B respectively.

In 1886, the competing Niagara Falls Power Company, owned by the Cataract Construction Company, built the Adams Power Plant. Between 1900 and 1904, the company built the Powerhouse No. 2, bringing its total generators to 11.

In 1918, World War I led the power companies to merge into the Niagara Falls Power Company. From 1921 to 1924, the company built Schoellkopf Station No. 3C next to the previous ones. It contained three 25 Hz generators with a total capacity of 160 MW (210,000 hp), bringing the Schoellkopf Power Stations to 19 generators with a capacity of 340 MW (450,000 hp).

On June 7, 1956, water seeping into a back wall caused the collapse of two-thirds of Schoellkopf Power Station No. 3b and 3c, killing one worker and causing an estimated $100 million in damage.


1973 photo

To replace the antiquated and now partially destroyed Schoellkopf power stations, the New York Power Authority (NYPA) planned an $800 million power plant that would produce 2.4 GW. During planning, it was called the Niagara Power Project; later, it was named for NYPA head Robert Moses.

In 1957, the United States Congress approved the project. Construction began that year, although its completion would require the NYPA to gain the rights to 550 acres (220 ha) of Tuscarora Indian Reservation for a new 1,900-acre (770 ha), 22-billion-US-gallon (83,000,000 m3) reservoir. This it did in 1960, through a United States Supreme Court decision, the Federal Power Commission v. Tuscarora Indian Nation.

During construction, over 12 million cubic yards (9.2 million cubic meters) of rock were excavated and twenty workers died. Construction was complete in 1961. When it opened in 1961, it was the Western world’s largest hydropower facility.

The generation facilities were listed on the National Register of Historic Places in 2017.

Lewiston Pump-Generating Plant

Dam in Lewiston, New York
Lewiston Pump-Generating Plant
Robert moses niagara power plant 01.jpg
Country United States
Location Lewiston, New York
Purpose Power
Status Operational
Construction began 1957
Opening date 1961
Construction cost $48.72 million USD (1962)
Owner(s) New York Power Authority
Dam and spillways
Type of dam Gravity dam
Impounds Moses Niagara Power Plant forebay
Creates Lewiston Reservoir
Total capacity 22,000,000,000 US gal (8.3×1010 l; 1.8×1010 imp gal)
Surface area 1,900 acres (770 ha)
Coordinates 43°08′35″N 79°01′18.4″W / 43.14306°N 79.021778°W / 43.14306; -79.021778
Commission date 1961
Type Pumped-storage
Turbines 12 × 20 MW
Installed capacity 240 MW
Works in conjunction with the Robert Moses Niagara Power Plant

The Robert Moses Niagara Power Station at right.

The pump-generating plant in the Lewiston Dam is atypical, in that the dam was constructed not to control the flow of water in a natural river, but to contain a man-made 1,900-acre (770 ha), 22-billion-US-gallon (83,000,000 m3) upper reservoir (named the Lewiston Reservoir) which stores water pumped into the reservoir from the forebay of the Robert Moses Power Station. Water enters the forebay by tunnels from the Niagara River controlled by the International Control Dam upstream of the natural falls. Water in the forebay can be either pumped up into the upper reservoir for later use or immediately sent down over the escarpment downstream of the natural falls through the Robert Moses Power Station turbines. The Lewiston Pump-Generating Plant 43°08′33″N 79°01′18″W / 43.14250°N 79.02167°W / 43.14250; -79.02167 (Lewiston Pump-Generating Plant) houses 12 electrically powered pump-generators that can generate a combined 240 MW (320,000 hp) when water in the upper reservoir is released.

At night, two 46 ft (14 m) wide by 66 ft (20 m) tall tunnels divert a substantial fraction (600,000 US gal (2,300 m3) per second) of the water in the Niagara River 4.5 mi (7.2 km) to the forebay. Electricity generated in the Moses plant powers the Lewiston pumps to push water into the upper reservoir. The water is pumped at night because the demand for electricity is much lower than during the day. In addition to the lower demand for electricity at night, less water can be diverted from the river during the day because of the desire to preserve the appearance of the falls.

During the day, when electrical demand is high, water is released from the upper reservoir through the Lewiston Dam pump-generators, generating electricity. The water flows into the forebay, where it then flows through the turbines of the Moses plant back to the main river. This allows water diverted from above Niagara Falls to pass through two sets of turbines, generating electricity both times. This arrangement is an example of pumped-storage hydroelectricity. Engineers copied what had been built by Ontario Hydro, across the river, when a similar system was built during construction of the Sir Adam Beck Generating Station II in the 1950s.

This system allows energy to be stored in vast quantities. The potential energy in the diverted water is converted into electrical energy in the Moses plant. At night, some of that electrical energy is converted back to potential energy when water is pumped into the upper reservoir behind the Lewiston Dam. During the day, part of the potential energy of the water in the Lewiston reservoir is converted into electricity at the Lewiston Dam, and then its remaining potential energy is captured by the Moses plant, which is also capturing the potential energy of the water diverted from the river in real-time.

Beginning in 2012 and until 2021, the pump-generating plant has undergone a $460 million modernization that increased the plant’s efficiency and service life. The Robert Moses Plant was refurbished in 2006.

Contamination of the site area

During the mid-1980s, the New York Power Authority began an expansion project at the site, known as FERC (Federal Energy Regulatory Commission) Project 2216. Soon after, the project was halted due to discovery of hazardous chemicals such as dioxins, which chemical companies which owned the land had dumped underground. A civil lawsuit was filed in the State of New York against the New York Power Authority, Occidental Petroleum, Hooker Chemicals, Bechtel Corporation, and Parsons Brinckerhoff, which was settled out of court in 1999. Subsequent testing near the Lewiston Reservoir near the project still confirms mercury and organic contamination which restricts the consumption of fish.

Niagara Power Visitors Center

The Niagara Power Visitors Center is adjacent to the Robert Moses plant, with an observation deck along Niagara Gorge. The Center features interactive exhibits about hydroelectricity and its history in the Niagara Frontier.

See also


External links

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