As utility-scale battery energy storage systems continue to expand across modern power grids, deployment speed and operational reliability have become critical priorities for energy providers. A leading developer of integrated battery energy storage systems faced the challenge of sourcing an industrial touchscreen platform that was immediately available, cost-effective, and deployment ready for field integration. By leveraging Premio’s industrial all in one touchscreen computer, the company accelerated deployment timelines while simplifying system commissioning through factory preconfiguration services.
Challenges
- Need for an efficient processing platform capable of supporting real-time monitoring and system control
- Difficulty sourcing an industrial touchscreen solution that was in stock and within budget requirements
- Requirement for deployment ready systems with preconfigured network settings before shipment
- Requirement for reliable operation across wide temperature ranges in energy storage environments
- Need for UL certified industrial hardware suitable for regulated utility infrastructure
Solution
- Premio’s AIO-200-ROK Series industrial all in one touchscreen computer
- Rockchip RK3568J ARM Quad Cortex A55 processor up to 2.0 GHz with 4GB LPDDR4 memory and 64GB eMMC storage
- Custom preconfiguration including automatic boot to a designated IP address before deployment
- Front IP65 rated 15.6 inch Full HD projected capacitive touchscreen with 7H IK07 protection
- Wide operating temperature support from -10°C to 50°C with dual GbE LAN USB 3.0 COM HDMI and M.2 expansion
Benefits
- Faster deployment with preconfigured systems ready out of the box
- Reduced integration and commissioning time onsite
- Stable operation across demanding industrial temperature conditions
Company Overview
A provider of battery energy storage systems specializes in delivering utility-scale solutions that support grid resilience and renewable energy integration. The organization combines advanced control software, commissioning services, and long-term system management to optimize operational reliability and safety. Supported by extensive engineering expertise and long-term industry experience, the company continues expanding its role in modern energy infrastructure deployments.
The Challenges
Real Time System Processing Requirements
Utility-scale battery energy storage systems require continuous monitoring and rapid communication between controllers, sensors, and management software. The company needed an industrial computing platform capable of handling real-time operational workloads without compromising responsiveness. An underpowered system could negatively impact monitoring accuracy and system coordination.
Balancing Cost Effectiveness with Deployment Readiness
Project timelines required an industrial touchscreen solution that was both immediately available and cost-effective. Many competing systems were either delayed in production or exceeded the project budget. Securing a reliable platform under strict cost requirements became a major deployment challenge.
Deployment Ready Configuration Needs
The deployment process required systems to arrive fully configured before installation in the field. Manual setup of network parameters and operating environments onsite would increase engineering time and introduce unnecessary complexity. The company needed a solution provider capable of preparing systems before shipment for immediate deployment.
Reliable Operation Across Harsh Temperatures
Battery energy storage deployments are often exposed to fluctuating environmental conditions inside industrial enclosures and remote infrastructure sites. The computing platform needed to maintain stable operation across a wide operating temperature range. Systems unable to withstand these conditions could lead to downtime or maintenance concerns.
Compliance with Utility Safety Standards
Energy infrastructure projects require hardware that complies with strict industrial safety and regulatory standards. The company needed assurance that the touchscreen system met UL certification requirements for safe deployment. Compliance was critical for both operational reliability and project approval.
The Solution
Industrial All In One Touchscreen Platform
Premio’s AIO-200-ROK Series industrial all in one touchscreen computer provided a compact and integrated control interface for battery energy storage operations. Installed directly into system control environments, the touchscreen enabled operators to monitor and manage energy infrastructure through a responsive Full HD display. Its integrated architecture simplified deployment while reducing additional hardware requirements.
Efficient ARM Based Processing Architecture
Powered by the Rockchip RK3568J ARM Quad Cortex A55 processor with 4GB LPDDR4 memory, the system delivered reliable performance for monitoring, communications, and control applications. The platform efficiently supported operational workloads while maintaining low power consumption. With onboard 64GB eMMC storage, the system provided dependable local storage for operating environments and applications.
Factory Preconfiguration for Immediate Deployment
To streamline field deployment, Premio configured each system before shipment to automatically boot to a designated IP address with predefined settings. This allowed the customer to deploy units immediately upon arrival without requiring additional engineering setup onsite. The preconfiguration service significantly reduced commissioning time and simplified rollout across deployment locations.
Rugged Design for Industrial Energy Environments
The AIO-200-ROK features a front IP65 rated design along with projected capacitive touch technology protected by 7H hardness IK07 glass. Designed for industrial environments, the system maintained reliable operation despite exposure to dust, moisture, and repeated interaction. Its rugged construction supported long-term deployment reliability within demanding energy infrastructure environments.
Wide Temperature Operation with Industrial Connectivity
Supporting operating temperatures from -10°C to 50°C, the system was well suited for energy storage environments exposed to varying thermal conditions. Dual GbE LAN, USB 3.0, RS-232/422/485 COM, HDMI, and M.2 expansion capabilities enabled seamless integration with industrial controllers and communication systems. This combination of environmental durability and connectivity flexibility simplified deployment across multiple energy storage applications.
The Benefits
Accelerated Deployment Timelines
Preconfigured systems enabled immediate installation and reduced overall deployment delays
Simplified System Integration
Industrial connectivity and factory setup minimized engineering effort during commissioning
Reliable Industrial Performance
Wide temperature support and rugged construction ensured stable operation in energy infrastructure environments
Conclusion
Faced with strict deployment timelines and operational requirements, the energy storage provider successfully streamlined its infrastructure rollout with Premio’s AIO-200-ROK industrial all in one touchscreen solution. By combining rugged industrial reliability with deployment ready configuration services, the company reduced commissioning complexity while accelerating project execution. The result was a more efficient and dependable platform for supporting next-generation battery energy storage systems.