Ormat Technologies, Inc. (ORA) Stock Analysis and Metrics

Ormat Technologies

NYSE: ORA

$114.51 ▲ +2.81 (+2.52%)

At close: Aug 11, 2026 · 4:00 PM UTC

Financial Ratios

Market Cap7.02 Bn

P/E63.02

P/S6.90

Div. Yield0.00

ROIC (Qtr)0.01

Revenue Growth (1y) (Qtr)10.57

Add ratio to table…

About

Ormat Technologies, Inc. is a leading vertically integrated company primarily engaged in the geothermal energy power business. The firm leverages its core capabilities and global presence to expand activity into recovered energy generation, energy storage services, and solar photovoltaic (PV) projects, including hybrid geothermal‑solar PV and solar‑plus‑storage configurations. Its objective is to become a leading global provider of renewable energy and to help mitigate climate change by offering a replacement for carbon‑intensive energy sources. Ormat conducts its operations through three business segments: Electricity, Product, and Energy Storage.

Ormat generates revenue by developing, building, owning, and operating geothermal, solar PV, and recovered energy‑based power plants that sell electricity under long‑term power purchase agreements (PPAs) to utilities and other off‑takers. In its Product segment, the company designs, manufactures, and sells equipment for geothermal and recovered energy generation and provides engineering, procurement, and construction (EPC) services for those power plants. The Energy Storage segment owns and operates grid‑connected, in‑front‑of‑the‑meter battery energy storage systems (BESS) that provide capacity, energy, and ancillary services directly to electric grids in merchant markets such as PJM, ISO New England, ERCOT, and CAISO. The company’s customer base includes utilities that purchase electricity under PPAs, project developers that acquire its equipment and EPC services, and grid operators that procure storage capacity and ancillary services.

The company operates through the following segments: Electricity, Product, and Energy Storage.

• Electricity: This segment develops, builds, owns, and operates geothermal, solar PV, and recovered energy‑based power plants in the United States and in foreign countries such as Kenya, Guatemala, Honduras, Guadeloupe, and Indonesia, and sells the electricity they generate under PPAs.

• Product: This segment designs, manufactures, and sells equipment for geothermal and recovered energy‑based electricity generation and provides engineering, procurement, and construction services for those power plants to customers worldwide.

• Energy Storage: This segment owns and operates grid‑connected, in‑front‑of‑the‑meter battery energy storage systems (BESS) that deliver capacity, energy, and ancillary services directly to the electric grid in markets such as PJM, ISO New England, ERCOT, and CAISO.

Ormat is recognized as a leading vertically integrated player in the renewable energy sector, with a diversified portfolio that spans geothermal, solar, recovered energy, and storage assets across multiple continents. The company competes with electric utilities, independent power producers, power marketers, developers, and third‑party investors who pursue similar geothermal, solar, and storage projects. Its competitive advantages include a proprietary technology platform for energy conversion, a global development pipeline, long‑term PPAs that provide predictable cash flows, and the ability to offer turnkey solutions from equipment supply through project construction and operations.

Ormat’s electricity customers include major utilities such as Sierra Pacific Power Company and Nevada Power Company (subsidiaries of NV Energy), the Southern California Public Power Authority (SCPPA), and Kenya Power and Lighting Co. Ltd. (KPLC). The Product segment serves geothermal and recovered energy project developers worldwide, while the Energy Storage segment sells capacity and ancillary services to grid operators in merchant markets including PJM Interconnection, ISO New England, ERCOT, and CAISO.

Investment Thesis

▲ Bull case

Ormat's development of the Ormega100 geothermal power plant design, capable of producing 100 megawatts of electricity—double the output of its current largest model—represents a transformative catalyst that the market is underestimating. This advancement directly addresses the scalability bottleneck that has historically limited geothermal's contribution to less than 1% of U.S. electricity generation. By leveraging its fully integrated business model—controlling everything from drilling to operations—Ormat can deploy the Ormega100 faster than fragmented startups, especially as hyperscalers like Google and Meta actively seek geothermal power for AI data centers. The design's reliance on enhanced geothermal systems (EGS) unlocks access to heat resources independent of site-specific natural reservoirs, vastly expanding the addressable market beyond traditional hydrothermal zones. With two EGS pilot programs underway and expected to conclude in 2027, successful validation would enable Ormat to begin construction of the Ormega100 immediately thereafter, positioning the company to capture outsized returns from the impending surge in demand for firm, low-carbon power from tech giants. This technological leap could redefine Ormat's growth trajectory, shifting it from a steady geothermal operator to a dominant player in the next-generation renewable energy market, with potential for multiple Ormega100 units across its existing land positions and new EGS prospects like Dixie Valley.
The company's strategic focus on blending storage with geothermal assets, particularly through interconnection optimization, is creating overlooked value that management did not emphasize enough during the earnings call. Ormat's signing of the Jersey Valley solar plus storage PPAs—67 megawatts solar paired with 268 megawatt hours of storage—and the acquisition of Hoku in Hawaii demonstrate a deliberate effort to maximize underutilized interconnection capacity at existing geothermal sites. This approach allows Ormat to avoid costly new transmission upgrades while stacking revenue streams: baseload geothermal power, peak-shaving storage, and solar generation—all using the same grid interconnection. The CFO noted that between 2031 and 2034, approximately 190 megawatts of existing PPAs will roll off contract, creating a significant opportunity for blend-and-extend renegotiations at mid-80s pricing levels. With hyperscalers showing increasing interest in standalone storage facilities (as noted in the SLB JV discussion), Ormat is uniquely positioned to offer hybrid geothermal-storage-solar solutions that provide 24/7 clean power with firm capacity guarantees—something wind or solar alone cannot match. This integrated strategy enhances asset profitability, improves customer appeal to energy-intensive tech firms, and creates a defensible moat against pure-play renewables developers, yet the market appears to be valuing Ormat primarily on its legacy geothermal base rather than recognizing the margin-accretive potential of these hybrid optimizations.
Ormat's capital allocation strategy, particularly the $1 billion upsized convertible note offering at an effective cost of debt reduced to 3.9%, provides underappreciated financial flexibility to fund high-return growth initiatives without excessive equity dilution. The convertible notes were structured to allow share repurchases at an attractive price of $108 per share, which simultaneously deleverages the balance sheet and reduces future dilution— a nuance highlighted by the CFO but not fully appreciated by investors focused solely on headline debt levels. This financial engineering supports Ormat's planned $587 million in capital expenditures for the remainder of 2026, including $436 million for the electricity segment (geothermal construction, exploration, drilling), $111 million for storage assets, and $20 million for EGS pilots with SLB and Sage. Crucially, the company expects to collect approximately $90 million in 2026 from ITC tax equity transactions and PTC transfers—including proceeds from the recently signed Burdock tax equity deal—which will further boost after-tax returns on these investments. The guidance for a negative tax rate of 15% to 20% in 2026 due to higher ITC levels implies that Ormat's effective tax burden will be substantially lower than peers, enhancing cash flow available for reinvestment or shareholder returns. With $763 million in cash and restricted cash as of March 31, 2026 (up from $281 million at year-end 2025), Ormat has ample liquidity to weather any near-term margin volatility in the electricity segment while aggressively pursuing EGS commercialization and storage expansion—factors the market is overlooking when assessing its ability to execute long-term targets of 2.6 to 2.8 gigawatts of portfolio capacity by 2028.

Ormat's development of the Ormega100 geothermal power plant design, capable of producing 100 megawatts of electricity—double the output of its current largest model—represents a transformative catalyst that the market is underestimating. This advancement directly addresses the scalability bottleneck that has historically limited geothermal's contribution to less than 1% of U.S. electricity generation. By leveraging its fully integrated business model—controlling everything from drilling to operations—Ormat can deploy the Ormega100 faster than fragmented startups, especially as hyperscalers like Google and Meta actively seek geothermal power for AI data centers. The design's reliance on enhanced geothermal systems (EGS) unlocks access to heat resources independent of site-specific natural reservoirs, vastly expanding the addressable market beyond traditional hydrothermal zones. With two EGS pilot programs underway and expected to conclude in 2027, successful validation would enable Ormat to begin construction of the Ormega100 immediately thereafter, positioning the company to capture outsized returns from the impending surge in demand for firm, low-carbon power from tech giants. This technological leap could redefine Ormat's growth trajectory, shifting it from a steady geothermal operator to a dominant player in the next-generation renewable energy market, with potential for multiple Ormega100 units across its existing land positions and new EGS prospects like Dixie Valley.
The company's strategic focus on blending storage with geothermal assets, particularly through interconnection optimization, is creating overlooked value that management did not emphasize enough during the earnings call. Ormat's signing of the Jersey Valley solar plus storage PPAs—67 megawatts solar paired with 268 megawatt hours of storage—and the acquisition of Hoku in Hawaii demonstrate a deliberate effort to maximize underutilized interconnection capacity at existing geothermal sites. This approach allows Ormat to avoid costly new transmission upgrades while stacking revenue streams: baseload geothermal power, peak-shaving storage, and solar generation—all using the same grid interconnection. The CFO noted that between 2031 and 2034, approximately 190 megawatts of existing PPAs will roll off contract, creating a significant opportunity for blend-and-extend renegotiations at mid-80s pricing levels. With hyperscalers showing increasing interest in standalone storage facilities (as noted in the SLB JV discussion), Ormat is uniquely positioned to offer hybrid geothermal-storage-solar solutions that provide 24/7 clean power with firm capacity guarantees—something wind or solar alone cannot match. This integrated strategy enhances asset profitability, improves customer appeal to energy-intensive tech firms, and creates a defensible moat against pure-play renewables developers, yet the market appears to be valuing Ormat primarily on its legacy geothermal base rather than recognizing the margin-accretive potential of these hybrid optimizations.
Ormat's capital allocation strategy, particularly the $1 billion upsized convertible note offering at an effective cost of debt reduced to 3.9%, provides underappreciated financial flexibility to fund high-return growth initiatives without excessive equity dilution. The convertible notes were structured to allow share repurchases at an attractive price of $108 per share, which simultaneously deleverages the balance sheet and reduces future dilution— a nuance highlighted by the CFO but not fully appreciated by investors focused solely on headline debt levels. This financial engineering supports Ormat's planned $587 million in capital expenditures for the remainder of 2026, including $436 million for the electricity segment (geothermal construction, exploration, drilling), $111 million for storage assets, and $20 million for EGS pilots with SLB and Sage. Crucially, the company expects to collect approximately $90 million in 2026 from ITC tax equity transactions and PTC transfers—including proceeds from the recently signed Burdock tax equity deal—which will further boost after-tax returns on these investments. The guidance for a negative tax rate of 15% to 20% in 2026 due to higher ITC levels implies that Ormat's effective tax burden will be substantially lower than peers, enhancing cash flow available for reinvestment or shareholder returns. With $763 million in cash and restricted cash as of March 31, 2026 (up from $281 million at year-end 2025), Ormat has ample liquidity to weather any near-term margin volatility in the electricity segment while aggressively pursuing EGS commercialization and storage expansion—factors the market is overlooking when assessing its ability to execute long-term targets of 2.6 to 2.8 gigawatts of portfolio capacity by 2028.

▼ Bear case

Ormat's next-generation geothermal and EGS initiatives, while technologically promising, face substantial execution and timing risks that the market appears to be ignoring, particularly given the long development cycles and unproven commercial viability of enhanced geothermal systems at scale. Although the company highlighted progress with SLB and Sage pilots targeting 2-4 megawatts each by 2027, the path to commercial deployment remains uncertain, with the Ormega100 design contingent on successful pilot outcomes and requiring 18-24 months to build—meaning first commercial production would not realistically occur before 2029 or 2030. This timeline conflicts with the urgent demand from hyperscalers for AI-related power, who may turn to faster-to-deploy alternatives like nuclear, solar-plus-storage, or wind if Ormat's EGS solutions face delays. Additionally, the company admitted that existing interconnection facilities at its asset base are insufficient for large-scale EGS projects, necessitating new, costly transmission agreements that could erode project economics. The reliance on external funding through U.S. DOE programs to reduce upfront capital introduces uncertainty, as grant approvals are not guaranteed and may come with strings attached. While Ormat's integrated model offers theoretical advantages over startups, the sheer complexity of subsurface drilling, fracture stimulation, and surface plant integration for EGS means technical setbacks—such as insufficient heat flow, induced seismicity, or scaling issues in the Ormat Energy Converter—could derail progress. The market may be overestimating the near-term impact of EGS on revenue and failing to adequately discount the high probability of delays or cost overruns in a technology that has historically struggled to achieve commercial scale outside of niche applications.

Segments Breakdown of Revenue (2025)

Peer Comparison

Companies in the Utilities - Renewable

S.No.	Ticker	Company	Market Cap	P/E	P/S	Total Debt (Qtr)
1	ENLT	Enlight Renewable Energy Ltd.	11.51 Bn	58.84	14.94	0.57 Bn
2	ORA	Ormat Technologies, Inc.	7.02 Bn	63.02	6.90	-
3	BEP-PA	Brookfield Renewable Partners L.P.	4.66 Bn	-3.69	1.20	9.60 Bn
4	CWEN	Clearway Energy, Inc.	3.80 Bn	-21.46	2.41	9.06 Bn
5	RNW	ReNew Energy Global plc	2.49 Bn	16,583.44	1.68	-1.93 Bn
6	FLNC	Fluence Energy, Inc.	1.81 Bn	-17.44	0.69	-
7	XIFR	XPLR Infrastructure, LP	1.08 Bn	-360.54	0.90	6.03 Bn
8	AXIA	AXIA Energia S.A.	0.67 Bn	0.81	0.09	11.89 Bn

Research Tools

Datasets

Plans

Developers

About

Investment Thesis

Segments Breakdown of Revenue (2025)

Segments Breakdown of Revenue (2025)

Peer Comparison

Research Tools

Datasets

Plans

Developers

About

Investment Thesis

Segments Breakdown of Revenue (2025)

Segments Breakdown of Revenue (2025)

Peer Comparison

Create an account

Sign In

Reset Password