Real Properties. Real Savings. Verified Financial Returns.

Extreme demand charges from LADWP's high-demand commercial tariff — demand charges represented 44% of total utility spend. Building management sought to reduce operating costs ahead of a planned refinancing.

The BESS system eliminated 41% of demand charges in the first full year of operation. The building's NOI increased by $1.14M annually, directly improving asset valuation at refinancing. The Microgrid Controller's financial dashboard provided the documentation required by the lender to capitalize the energy savings in the appraisal.

24/7 refrigeration and processing loads created massive demand spikes during shift changes and production ramp-ups. PG&E's E-19 tariff imposed demand charges exceeding $180,000/month during summer peak periods.

Combined BESS and solar eliminated 38% of total energy spend. The solar array covers 63% of daytime baseload; the BESS handles shift-change demand spikes that previously drove the monthly demand charge. The facility now participates in PG&E's demand response program, generating an additional $180,000/year in grid services revenue.

Extreme Arizona summer cooling loads drove demand charges to $95,000/month June–September. The center's HVAC system created predictable but massive daily demand spikes that the utility penalized heavily under APS's demand ratchet clause.

The three-technology system reduced summer demand charges by $68,000/month — the ratchet clause that had been penalizing the center for years was effectively neutralized. The fuel cell provides continuous baseload generation independent of grid conditions, critical for anchor tenant SLAs. The center now serves 71% of its load from on-site generation.

Dominion Energy's commercial demand tariff and the facility's 24/7 critical load profile created a unique optimization challenge: the system needed to reduce costs without any risk to uptime. Traditional demand response was not viable given SLA requirements.

The Microgrid Controller's predictive dispatch algorithm maintained 100% uptime through 7 grid events in the first 18 months while simultaneously reducing demand charges by 29%. The fuel cell and linear generator provide N+1 redundancy for critical loads; the BESS handles demand charge management and provides instantaneous response to grid fluctuations.

Eversource's campus aggregation tariff created complex multi-meter demand charge optimization requirements. The university's sustainability commitments required a solution that also reduced carbon emissions, not just costs.

The campus microgrid achieved both financial and sustainability objectives simultaneously. The 58% renewable energy mix satisfied the university's board-mandated carbon reduction targets while delivering $3.64M in annual savings. The Microgrid Controller aggregates all 42 buildings into a single optimized dispatch strategy — treating the campus as one large flexible load.