| |
|
|
Manufacturing
Home / Solution / Industry
Energy Infrastructure for Indian Manufacturing
Manufacturing plants are among the most energy-intensive, tariff-sensitive facility types in India - high, continuous baseload, sharp production-driven demand spikes, and often significant diesel generator dependency for backup during grid instability. ATC GridWorks designs battery storage, solar, and AI-driven energy management specifically around manufacturing load profiles.
Industry Pain Points
- Peak-demand charges driven by simultaneous equipment start-up loads
- Diesel generator dependency during load-shedding or grid instability, with high per-unit cost
- Rising pressure from customers and regulators for verified decarbonization, without a clear operational pathway
- Multiple energy vendors (solar EPC, DG supplier, metering vendor) with no single point of accountability
The ATC GridWorks Approach
ATC GridWorks conducts a detailed load-profile energy audit, then designs an integrated battery storage, solar, and AI-EMS system sized to the plant’s specific peak-demand pattern and backup requirements - deployed under CAPEX or OPEX models, and operated by ATC GridWorks for the life of the asset.
Recommended Technologies
Industrial BESS, containerized or liquid-cooled configurations for high-utilization sites, power conversion systems sized to production-driven load spikes, AI EMS for continuous dispatch optimization, and solar PV where roof or land area supports it.
Expected Outcomes
- Reduction in peak-demand charges (site-specific; validated during energy assessment)
- Reduced diesel generator run-hours and associated fuel cost
- Verifiable decarbonization data for ESG and customer reporting
- Single-vendor accountability across design, construction, and 10+ year operation
FAQs
Manufacturing plants often have sharp, short-duration demand spikes (equipment start-up, shift changes) that drive demand-charge billing; a correctly sized battery storage system discharges during those spikes, reducing the peak the utility bills against, without changing production operations.
For many backup-duration requirements, yes; for very long outage scenarios, ATC GridWorks typically recommends a hybrid approach combining reduced-capacity diesel backup with battery storage for shorter, more frequent events.
|
|
|
|
|