Behind EVE's 206 GWh mega order, Gotion and BYD are also reaping profits in the Middle East market. Has the "solidification of supplier lists" emerged in the energy storage industry's overseas expansion?

The end of 2026 sees a wave of long-term agreements for energy storage exports, and amid the huge figures, stakeholders need to focus on actual delivery and adaptation capabilities.

Energy Insight notes that in early November 2026, the information density related to energy storage exports surged sharply. The 206GWh five-year framework agreement between EVE Energy and Fluence has been repeatedly cited, Gotion High-Tech secured the core 6GWh order for Saudi Arabia's first batch of large-scale battery energy storage projects, BYD and Sungrow split the RTC solar-storage project of UAE's Masdar, and the total energy storage supply volume of just these two companies in the same project is close to 19GWh.

The scale of signed agreements is expanding, but the figures themselves are losing their differentiating value. What is truly worth paying attention to are the things hidden behind the huge numbers in this round of long-term agreement boom: the proportion of committed delivery, the pace at which customers convert reserved volumes into orders, and the completely different requirements put forward by Middle East projects for the capability of "seamless on-site reception" compared with the past.

Only 16GWh out of the 206GWh is truly binding, and Middle East orders test a completely different set of capabilities

The agreement structure of EVE Energy is more illustrative than the total volume. The committed delivery volume in 2027 is 16GWh, accounting for about 7.8% of the total planned capacity, with corresponding estimated revenue of about 5.4 billion yuan; the 190GWh from 2028 to 2031 is reserved capacity, accounting for 92.2%, and whether it can finally be converted into purchase orders depends on subsequent arrangements on a case-by-case basis.

The official announcement makes it clear that product specifications, quantities, prices and delivery cycles are all subject to the formal purchase orders signed by both parties subsequently. Treating 206GWh as already realized revenue will seriously overestimate the significance of this transaction to the current period's business performance.

In the same period, the nature of the orders obtained by Gotion High-Tech, BYD and Sungrow in the Middle East is completely different. Gotion's 6GWh is the core bid section of Saudi Arabia's first batch of large-scale battery energy storage projects, equipped with the Qianyuan Smart Energy Storage system, which belongs to project-based delivery with a clear construction schedule. BYD supplies 11.275GWh of its Epic Energy Storage system for the Masdar RTC project, equipped with 2710Ah Blade Batteries with operating temperature ranging from -30℃ to 55℃. Sungrow supplies 7.5GWh of PowerTitan 3.0 liquid cooling systems and 2.6GW inverters to meet the 7×24 hour continuous operation requirement of "8-hour charging and 16-hour discharging". The delivery certainty of these orders in 2027 is far higher than the reserved capacity in framework agreements, but they present enterprises with a completely different set of assessment criteria.

The biggest difference between the Middle East energy storage market and the European and North American markets is that the tenderers directly include operating condition requirements in the access clauses.

For example, the Saudi SASO 1502:2025 standard requires battery systems to operate at rated power at an ambient temperature of 55℃, with capacity attenuation not exceeding 8% after 100 cycles; UAE's DEWA requires the service life at 55℃ ambient temperature to be no less than 8 years. The RTC project goes a step further, requiring photovoltaic and energy storage to achieve stable output around the clock, and the temperature control, fire protection and energy management systems need to meet stricter long-cycle standards than ordinary desert solar-storage projects.

The competition dimension has moved forward from "who offers the lower cell quotation" to "who has empirical delivery records under 55℃ working conditions".

Sungrow's PowerTitan 3.0 adopts 684Ah laminated cells and AC storage architecture, with no DC output from the cabinet, targeting safety boundaries and availability under high-temperature environments. BYD's Blade Battery raises the upper limit of operating temperature to 55℃, responding to the top concern of Middle East owners: whether the system can still output at rated power during the hottest summer months.

Gotion's 6GWh order is defined as a "breakthrough in the high-end Middle East energy storage market". The actual meaning of the word "high-end" is to enter a supply system that uses desert operating condition tests and product certifications as filters, rather than just obtaining a notice of winning a bid at a low price.

Framework agreements lock in production capacity positions, while Middle East projects lock in delivery qualifications. The two types of orders cannot be compared with the same denominator.

Volume-locked long-term agreements lock in supply qualification, not profits

The common practice for the long-term agreements currently discussed in the industry is "locking volume without locking price". Leading integrators sign annual frameworks with cell enterprises to lock the annual supply volume first, and the price is adjusted quarterly or monthly according to raw material and spot market trends.

In other words, what long-term agreements truly lock in is supply certainty, not profits. In the first half of 2026, the overseas proportion of global energy storage cell shipments exceeded 50% for the first time in history, the operating rate of 314Ah cell production lines was pushed to over 95%, and the delivery cycle was extended from the conventional 2 to 3 weeks to 4 to 5 weeks.

Under this supply rhythm, downstream system integrators lock cells through long-term agreements to buy the insurance of "available goods in stock". The cost is that the upward movement of long-term agreement prices will directly compress the gross profit of integrators on projects.

For cell enterprises, the other side of volume-locked long-term agreements is the obligation of production capacity reservation.

Taking EVE Energy as an example, the production capacity plan allocated by EVE Energy for the 206GWh agreement is a bargaining chip for share expansion in the period of rising demand, but if the execution of Fluence's projects continues to be delayed, the production lines corresponding to the reserved capacity will face pressure on utilization rate.

Fluence had just lowered its fiscal 2026 revenue guidance to about 2.4 billion US dollars on the eve of EVE Energy's announcement, and the adjusted expected EBITDA loss expanded from about 10 million US dollars to about 200 million US dollars, which was attributed to US production supply chain issues and delayed capacity ramp-up of the contract manufacturing plant in Houston.

The parent company of the signing party is going through growing pains on the delivery end, which will not automatically cancel the framework agreement, but it clearly reminds people that the volume locked by long-term agreements can only be converted into revenue after customers complete the end projects.

Why did EVE Energy sign the 206GWh agreement

The reason why EVE Energy can obtain this volume is first that it proved its "sufficient supply capacity" in the window with the tightest supply.

In the first half of 2026, EVE Energy's energy storage battery shipments reached 44.46GWh, a year-on-year increase of 54.88%, surpassing power batteries for the first time to become the largest shipment segment, ranking second in the world according to the SNE Research statistical caliber. The total shipment of power and energy storage batteries in the whole year of 2025 was 121.2GWh, and 206GWh is equivalent to about 1.7 times of this figure, also exceeding the previous 200GWh procurement framework record between Haiboss and CATL.

As an asset-light integrator that does not build its own cell production lines, Fluence needs to lock in cell sources worldwide that can support its project pipeline from 2027 to 2031, and EVE Energy's scale position and delivery records form the starting point of the negotiation.

The more critical layer lies in scenario positioning. In June 2026, Siemens, NVIDIA and Fluence jointly released a reference design for AI data centers, and Fluence's battery energy storage systems undertake functions such as voltage and frequency ride-through, black start and AI load smoothing, making energy storage evolve from a "power outage backup" to an operating component of computing power infrastructure.

Energy Insight believes that what EVE Energy cuts into through this agreement is not ordinary grid-side energy storage, but the candidate position of main supplier in Fluence's AIDC supply system in the next five years.

The value of this admission ticket does not lie in the 206GWh figure itself, but in that it puts EVE Energy in the priority inquiry sequence for every subsequent order of Fluence. The cost is that EVE Energy needs to reserve production capacity for a long-term demand curve that is not completely controlled by itself.

2027 is the first checkpoint to test this batch of long-term agreements.

EVE Energy needs to prove that the 16GWh committed delivery can be converted into revenue on schedule, while preventing the 190GWh reserved capacity from becoming idle cost in the production capacity plan. Gotion High-Tech, BYD and Sungrow need to prove that the delivery of Middle East RTC-level projects will not eat up profits due to high-temperature working condition adaptation and localization investment.

Sungrow has started building a 10GWh energy storage factory in the Suez Canal Economic Zone in Egypt, Gotion High-Tech, together with China Energy Engineering Corporation and AMEA Power, has laid out a 3GWh battery manufacturing base in Egypt. Localization is not an optional item, but a precondition cost to obtain the next batch of Middle East orders.

The competition of signed figures can no longer provide effective information. Indicators more worthy of tracking are the proportion of committed delivery, the frequency at which customers convert reserved volumes into orders, and the actual trade-off between production capacity utilization rate and overseas gross profit margin made by enterprises. Long-term agreements do not create profits by themselves, they only postpone the competition from the negotiation table to the execution stage.