The D-BESS Model
Value
D-BESS is an industrial platform focused on developing and deploying electrochemical storage systems (BESS) on top of exisitng ground-mounted PV and utility-scale renewable plants with capacities of 1–10 MWp.
The model leverages expertise in permitting, design, and operations
Energy storage isn't a product. It's an ecosystem.
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Value chain
The D-BESS model is based on 4 core values:
1.
Develop
Permitting, grid connections, techno-economic analysis.
2.
Build
Engineering, EPC, commissioning and O&M for systems of any size
3.
Manage
Monitoring, orchestration and asset management on a single platform.
4.
Maximize value
Algorithmic trading on MGP, MI/XBID and Terna ancillary services.
Tre promesse:
- Higher revenues — full access to energy markets and ancillary services, with automated revenue stacking.
- Reduced risk — continuous monitoring, anomaly detection and comprehensive reporting.
- Zero complexity — a single point of contact, regardless of the hardware or trader. Open platform.
Standardization
D-BESS develops BESS modules integrated into existing ground-mounted PV plants or other RES facilities.
This approach allows to:
- Use exisitng grid connections
- Speed up project implementation
- Reduce permitting complexity
Standardization enables:
- Faster project development
- Cost optimization
- Scalability across multiple clusters
- Simplified operation management
Each installation can be scaled according to the technical specifications of the host plant, while maintaining a common design framework
Typical scalable configuration:
-
Power:
- Multiples of 200 kW up to 2 MW
- Multiples of 2.5 MW
- Capacity: 2 or 4 hours of storage
- Integration with ground-mounted PV systems and other renewable energy sources
Want to know technical details?
Request complete technical documentation or book a private meeting.
Process
The D-BESS model consists of 4 phases:
1.
Preliminary Analysis
Assessment of:
- Production data
- Grid connection profile
- Technical design of the plant
- Suitability for integration
2.
Technical and Economic Structuring
Definition of:
- BESS configuration
- Permitting process
- Financial framework of the project
3.
Development and Execution
Coordinated management of:
- Permitting process
- Detailed engineering design
- Supply and installation
- Integration alongside the PV plant
4.
Management and Optimization
Operations focused on:
- Maximizing returns
- Performance monitoring
- Preventive maintenance
- Coordinated management
Want to know technical details?
Request complete technical documentation or book a private meeting.