Azrieli Group: Renewable Energy Transactions

Azrieli Group appears in 1 renewable energy transaction tracked by Renewables.digital (1 as buyer) in January 2026, with a combined capacity of 112 MW. Technologies: Battery Storage (BESS) (1) and Solar PV (1). Countries: Israel (1). The most recent deal is “Azrieli Group Acquires 50% Stake in 112 MW Ramat Beka Solar and Storage Project in Israel” (26 January 2026).

  • 1Transactions
  • 112 MWTotal capacity
  • 1Countries
  • 1With PPA
  • January 2026Period

Key facts

All transactions involving Azrieli Group

DateTransactionTechnologyCapacityCountryBuyerSeller
Azrieli Group Acquires 50% Stake in 112 MW Ramat Beka Solar and Storage Project in Israel Solar PV, Battery Storage (BESS) 112 MW Israel Azrieli Group Shikun & Binui Energy

Questions & answers

How many transactions involving Azrieli Group are listed?

Renewables.digital currently lists 1 transactions involving Azrieli Group in January 2026, with a combined capacity of 112 MW.

What has Azrieli Group acquired?

Azrieli Group Acquires 50% Stake in 112 MW Ramat Beka Solar and Storage Project in Israel (26 January 2026).

What has Azrieli Group sold?

No sales by Azrieli Group are currently listed.

What is the largest of the transactions involving Azrieli Group?

Azrieli Group Acquires 50% Stake in 112 MW Ramat Beka Solar and Storage Project in Israel with 112 MW (26 January 2026).

Deal summaries

Azrieli Group Acquires 50% Stake in 112 MW Ramat Beka Solar and Storage Project in Israel

26 January 2026 · 112 MW · Israel

Shikun & Binui Energy has signed a binding agreement with the Azrieli Group for the sale of a 50% interest in the Ramat Beka solar and energy storage project in Israel. The 112 MW DC PV project with 784 MWh of storage is one of the largest of its kind in the country and is expected to reach commercial operation in 2029.

Counterparties

Directories

Data as of 7 October 2026. The overview covers the transactions currently listed in the Renewables.digital database; each deal links to its original public source.