NUUKO welcomes cooperation with distributors, EPC companies, project developers, installers, system integrators, and energy solution providers. Depending on the partner's market and business model, cooperation can include product supply, OEM/ODM, customized solutions, joint development, and project-based collaboration. The model adapts to you, not the other way around. Each partner type gets a different kind of support from us.

Distributors and installers gain a certified product range (PV modules from 440W to 725W, storage from 14.3kWh residential to multi-MWh containers) with marketing and technical materials; EPCs and developers gain engineering support from capacity planning to commissioning on projects of any scale; and energy solution providers gain a manufacturing partner for their own brand through OEM/ODM. With customers in 90+ countries, 180+ customer groups, and 2,000+ completed projects, our partnerships are built on our core values: innovation, quality, partnership, and sustainability. Quite simply, they are also built on shared success. If you are ready to talk, we are ready to design. 

Yes. NUUKO works with customers and partners in different markets to adapt solutions to local technical requirements, grid conditions, certifications, communication protocols, and application scenarios. This allows our solar PV and energy storage solutions to be configured correctly for each regional market rather than merely shipped to it.

Our product and certification base makes this adaptation concrete: modules and systems certified to TÜV, CE, IEC, UL, and CB standards, compliant with ISO quality management, with UN38.3 available for battery transport. In addition, we adapt grid connection parameters, communication protocols, and system functions to local requirements, covering everything from European self-consumption rules to off-grid applications in Yemen and utility projects in the Middle East. Having delivered projects across Europe, Asia, the Middle East, Africa, and Latin America, we have seen most market-specific questions before, and we design for them from the start rather than discovering them at the border.

Yes. NUUKO provides technical guidance throughout project implementation, including installation instructions, system configuration, commissioning support, and technical consultation. Support can be coordinated with local distributors, EPC partners, and installation teams, so the work on site is carried out by the people who know the project best, with our engineering behind them.

From a practical point of view, our support covers the steps where projects usually stumble: mechanical and electrical installation guidance for modules and battery cabinets, wiring and communication configuration between inverters, BMS, EMS, and monitoring platforms, and grid-compliant commissioning procedures before handover. Documentation, remote technical assistance, and video support are available across time zones, and for larger projects our engineers can be involved from design review to final acceptance. Many of our 2,000+ completed projects, from residential rooftops to industrial plants such as the 120kW installation in Shenzhen, were executed by local teams working directly with our technical support, and the same model is available for your project.

Yes. Depending on the selected system architecture, NUUKO provides modular and scalable energy storage solutions that can be expanded according to changing energy demands. Our team deliberately considers future capacity requirements during the initial system design, so expansion becomes a planned upgrade rather than a redesign.

In practice, this works at every scale. A household can start with a 14.3kWh battery and add capacity as electric vehicles or new appliances arrive; a factory can begin with a 125kW C&I cabinet and grow into additional cabinets or containerized units as production expands; a utility project can phase deployment across multiple containerized units. Because our portfolio spans residential, C&I, and utility-scale on the same LFP platform with integrated BMS and EMS, later stages stay consistent with the first installation in communication, monitoring, and operation. Your energy system grows the way your business grows: step by step, without starting over.

Yes. NUUKO provides integrated PV and energy storage solutions, combining solar modules, battery energy storage systems, power conversion equipment, and energy management technologies according to project requirements. This one-stop integration makes system configuration simpler and overall project coordination better, since you deal with a single partner rather than assembling a supply chain on your own.

Integration is also where the engineering value lives. Because our modules and storage systems are designed to work together, the combined system maximizes solar self-consumption, provides reliable backup power, and enables smart power management between generation, storage, and load. On the storage side, integrated BMS and EMS control coordinates battery behavior with PV output and household or plant load in real time. For developers, EPCs, and distributors, that means fewer interface risks, faster commissioning, and one accountable party for system performance, from the first module through the final kilowatt hour stored.

NUUKO evaluates factors such as energy consumption, load profile, solar resources, backup requirements, application scenario, and project objectives to recommend an appropriate system capacity. Our technical team provides customized PV and battery energy storage configurations based on specific project requirements, so the system is sized for real demand, neither underbuilt nor overpaid.

The range we work across gives a sense of how this scales in practice: a 3kW residential rooftop in Adelaide, a 9.5kW home in Warsaw, a 50kW commercial system in Denmark, a 250kW industrial plant in Thailand, up to 45MW utility-scale in Saudi Arabia. Same evaluation logic, very different numbers. For storage, we additionally model charge-discharge cycles, peak shaving targets, and backup duration, then match capacity, voltage, and cooling to the duty. And because our systems are modular, the capacity we recommend today can be expanded tomorrow. Capacity planning is a starting point, not a ceiling.