Make flexibility count.
Minimize avoidable peak demand, shift energy to advantageous periods, and coordinate solar and battery use within your site's constraints.
COMMERCIAL & INDUSTRIAL ENERGY INTELLIGENCE
Intelligent Energy Management.
Built for Real-World Operations.
Optimize battery storage, solar, and site energy with an advanced EMS for commercial and industrial facilities—combining real-time monitoring, intelligent dispatch, remote control, and grid services.
Hardware-flexible software. Site-aware controls.
Implementation and support from field to cloud.
SOFTWARE FIRST. SITE READY.UP ENERGY EMS
Monitoring + supervisory control
From edge communication to fleet operations.
One platform, from meter to marketMONITOR / CONTROL / OPTIMIZE
THE UP ENERGY ADVANTAGE
EMS software / Risen SYL integration / Remote operations / SGIP data services
01 / FROM METER TO MARKET
One platform.
More ways to create value.
Energy performance is more than a charging schedule. Connect reliable field data with operational controls and a strategy built around your tariff, assets, and business priorities.
See clearly. Act deliberately.
See equipment health, alarms, SOC, power flows, operating states, and dispatch history. Securely issue authorized remote commands where supported.
Connect to opportunity.
Support demand response, utility dispatch, VPP participation, and ancillary-service use cases where hardware capabilities and market access permit.
02 / APPLICATIONS, REVENUE & SAVINGS
Your energy assets.
A purposeful strategy.
Monitoring, supervisory control, alerts, and scheduling form the EMS core. The applications below are configurable solutions—not a promise that every feature is enabled on every deployment.
Peak Shaving & Demand Charge Management
Keep avoidable demand peaks in check.
Technical requirements
Dispatch the battery against measured facility demand at the point of common coupling and enforce an agreed import threshold. Requires a correctly configured site meter, tariff logic, available battery capacity, and commissioned control response.
Time-of-Use Optimization & Energy Arbitrage
Move energy use toward more advantageous periods.
Technical requirements
Charge during lower-cost windows and discharge during higher-value periods, subject to tariff, round-trip efficiency, reserve SOC, export rules, and battery limits. Time-based scheduling does not inherently require forecasting; predictive control can improve optimization where appropriate.
Solar Self-Consumption
Make more of the energy generated on site.
Technical requirements
Coordinate PV and battery operation to prioritize on-site solar use, limit excess export where applicable, and reduce grid imports. Requires compatible meters and devices, export settings, and a validated site control strategy.
Frequency Regulation & Operating Reserves
Put eligible flexibility to work for the grid.
Technical requirements
Fast active-power dispatch and operating or spinning reserves depend on inverter capabilities, control architecture, telemetry, market access, and local rules. Program eligibility and market revenue are not guaranteed.
Backup Power & Islanding
Plan energy reserves around critical operations.
Technical requirements
Manage reserve SOC and coordinate outage response where supported. Actual islanding and transfer require appropriate grid-forming PCS, protection, approved switchgear/STS/ATS, and commissioned hardware. EMS software alone does not provide backup power.
Virtual Power Plants (VPP)
Coordinate distributed batteries as a fleet.
Technical requirements
Support fleet dispatch, events, telemetry, and external program integration when enabled. Aggregation requires compatible devices, authorized interfaces, enrollment, and operating agreements; it is not enabled by default.
Demand Response & Utility Dispatch
Respond to approved events within site limits.
Technical requirements
Receive utility or aggregator dispatch signals through an agreed integration, enforce operational constraints, and log fulfillment. Participation depends on the program, contracts, supported interfaces, and commissioning.
Multi-Asset / Microgrid Optimization
Bring generation, storage, and demand together.
Technical requirements
Orchestrate BESS, PV, site meters, and optional generators or controllable loads according to integrated device capabilities. Protection, local safety interfaces, control priorities, and fallback behavior must be engineered for the site.
Site-specific strategies require measurement, tariff data, device support, appropriate contracts, and commissioning. Market eligibility, savings, and revenue are never guaranteed.
03 / THE UP ENERGY EMS PLATFORM
Built to observe.
Ready to orchestrate.
A multi-layer EMS connects field and edge communications, centralized monitoring, and supervisory control. Give operators the context and controls they need without losing sight of site-level limits.
OBSERVABILITY FROM SITE TO CELL
Know what is happening.
Understand what comes next.
A shared operating view for single sites and fleets, built around the telemetry your connected systems actually provide.
- SOC, SOH when available, kW/kWh, and meter/grid/site power flows
- BMS/PCS states, DC bus voltage/current, rack/cell temperatures, faults, and communications
- Historical interval trends, filtering, CSV/data exports, and performance insights
- Configurable severity-based critical alerts and equipment health monitoring
Telemetry availability and resolution depend on connected equipment and the agreed integration.
SUPERVISORY CONTROL, WITH GUARDRAILS
Set the strategy.
Keep operations in control.
Authorized remote actions and scheduling with safeguards, execution feedback, and a clear record of operator activity.
- Start, stop, clear fault, and maintenance commands where supported
- Charge/discharge setpoints, time-based schedules, and operating limits
- Role-based permissions and confirmation for hazardous commands
- Execution feedback, searchable command history, and audit trails
04 / INTEGRATIONS & TECHNOLOGY
From the field.
To a coordinated fleet.
Hardware-flexible does not mean one-size-fits-all. Device adapters, measurement topology, safety interfaces, permissions, and network design are defined for each deployment.
01 / ASSETS & METERS
Connect the physical site.
BESS PCS/BMS · solar inverters · eGauge/AccuVim/site meters · optional ATS/STS, generators, HVAC
02 / LOCAL EMS & EDGE
Keep control close.
Device adapters · site-local supervisory automation · operating boundaries · safety interfaces
03 / CONNECTIVITY & CLOUD
Stay securely connected.
Encrypted communications · authorized VPN remote access · MQTT telemetry where applicable · monitoring and alerts
04 / OPTIMIZATION & DISPATCH
Put information to work.
TOU/demand management · scheduling · utility/aggregator/VPP APIs · reports and SGIP PDP workflows
BESS & power conversion
Battery storage integration over Modbus TCP; PCS/BMS adapters for supported third-party systems.
Solar & site measurement
Compatible PV inverters and site meters, including eGauge and AccuVim configurations, subject to device and measurement-topology review.
Field-device protocols
Modbus TCP/RTU and DNP3 through deployment-specific adapters. SNMP and OCPP where the corresponding equipment and deployment support them.
Cloud & external interfaces
MQTT telemetry where applicable; approved utility, aggregator, and VPP APIs through scoped integrations. Cloud messaging is distinct from field-device protocols.
05 / TURNKEY C&I BATTERY STORAGE
Powered by Risen SYL.
Optimized by UP Energy.
Complete C&I battery storage, built around your project.
Combine Risen SYL battery storage hardware with UP Energy's proven EMS for a coordinated solution spanning system integration, controls, scheduling, monitoring, remote support, and ongoing optimization.
Battery cabinet / PCS + metering+Site integration + UP Energy EMS+Remote monitoring / SGIP services+Commissioning & operations support
Exact EPC, installation, interconnection, financing, and ongoing service responsibilities are project-specific and must be contracted. No exclusive distribution or reseller status is implied.
RISEN SYL / C&I SOLAR + STORAGE01
iCon 105 / 215
C&I Liquid-Cooled ESS
SU215E105LM- Rated power
- 105 kW
- Energy capacity
- 215 kWh
Liquid-cooled battery packs / air-cooled PCS
LFP storage with grid-tied and off-grid modes as configured. The February 2026 manufacturer datasheet specifies 400 Vac, 50/60 Hz, and IP55.
Manufacturer datasheet Request SpecificationRISEN SYL / C&I BATTERY STORAGE02
iCon 125 / 261
C&I Liquid-Cooled ESS
SU261E125LM- Rated power
- 125 kW
- Energy capacity
- 261 kWh
Liquid-cooled battery packs / air-cooled PCS
LFP storage for C&I projects. Confirm frequency availability, North American configuration, and listing for the selected market; the currently retrieved product table lists 50 Hz.
Manufacturer specifications Request SpecificationRISEN SYL / MODULAR MICROGRIDS03
Grida Series
Air-Cooled Stackable Microgrid Cabinet
Configuration-specific variants- Rated power
- By variant
- Energy capacity
- By variant
Air-cooled modular family
A stackable microgrid and storage family. Select the configuration with the manufacturer rather than assuming a shared power or capacity across all variants.
Manufacturer product range Request SpecificationRISEN SYL / MULTI-SOURCE CONTROL04
Helix Series
Intelligent Multi-Source Microgrid System
SP125ELL03–SP125ELL09- Rated power
- By configuration
- Energy capacity
- By configuration
Air-cooled microgrid cabinet
Configuration options combine PCS, MPPT, and optional STS functions. Components differ by variant; select the architecture and associated storage for your project.
Manufacturer configurations Request SpecificationGrid-to-island infrastructure
Risen lists 200 kW / 500 kW grid/off-grid STS cabinets (SSS200E1 / SSS500E1) and a 430 kW switch box (SSK430E3). These are switching/accessory equipment, not standalone BESS batteries. Selection depends on the engineered transfer and protection design. View manufacturer range ↗
06 / SGIP PDP & MANAGED SERVICES
California SGIP Reporting,
Without the Data Headaches.
Turn compatible BESS, solar, and site-meter data into a practical performance-reporting workflow. UP Energy offers SGIP Performance Data Provider services alongside integration, remote monitoring, and technical support.
Current approved PDP designation must be reconfirmed with the program before engagement. No approval badge or current-approval claim is made here.
Discuss SGIP PDP ServicesConnect & collect
Integrate compatible metering and collect interval performance data using the agreed measurement topology.
Validate & format
Process data, identify quality issues, and prepare records against applicable program requirements.
Report & retain
Submit required reports through the applicable approved workflow, retain exportable records, and support troubleshooting.
Support ongoing operations
Provide monitoring, authorized VPN-based remote access, and technical support under the agreed service scope.
EMS installation does not guarantee rebate eligibility, payment, or compliance. Metering accuracy and approved electrical measurement topology remain responsibilities of the engineered design and program approval process.
07 / WHY UP ENERGY
Field experience.
Operational perspective.
A practical software and integration partner for owners, developers, EPCs, BESS integrators, and operators who need energy systems to work beyond commissioning day.
Hardware-flexible expertise
Connect supported field devices through integration shaped around real equipment and operating requirements.
Golden Shield experience
Real-world Risen SYL Golden Shield integration and operational experience, including approximately two years of reliable operation in deployed systems.
Lifecycle support
From commissioning support to monitoring, supervisory controls, and ongoing optimization within an agreed project scope.
Authorized remote access
VPN/edge connectivity supports remote troubleshooting where enabled, with access controlled by deployment and owner authorization.
Practical project economics
Evaluate equipment, integration, and service scope together for a competitive C&I solution—not an unsupported savings promise.
DESIGNED AROUND REAL OPERATING PRIORITIES
Different sites. Shared energy challenges.
Manufacturing
Coordinate demand with production cycles.
Warehouses
Plan storage around site load and charging.
Food processing & cold storage
Consider refrigeration loads and energy reserves.
Commercial campuses
See energy patterns across buildings and assets.
Solar + storage developers
Define integration and operational scope early.
Utilities & aggregators
Connect approved dispatch and telemetry workflows.
Microgrids
Coordinate compatible assets within engineered limits.
EV charging infrastructure
Align charging with available site capacity.
08 / COMMON QUESTIONS
Clarity before
commitment.
Scope, compatibility, and site engineering matter. Here are the questions worth asking early.
Does the EMS work with third-party batteries or solar systems?
Yes, the platform supports hardware-flexible integration through device adapters. Compatibility, available telemetry, supported commands, and control scope must be validated for each battery, PCS, inverter, and firmware version.
Do we need new meters for demand charge management?
Not always. An existing meter may be suitable if its measurement location, accuracy, sampling rate, communications, and import/export conventions meet the control and program requirements. Metering-based dispatch requires a correctly configured meter at the relevant point of common coupling.
Can we run schedules without a load forecast?
Yes. Basic time-based charging and discharging can use configured windows, setpoints, and SOC limits without a forecast. Predictive control can improve optimization when suitable data, tariffs, and an appropriate project scope are available.
Does the EMS support backup power and islanding?
It can support reserve management and microgrid coordination on appropriately engineered systems. Actual islanding depends on grid-forming PCS, protection, approved transfer equipment, site design, utility permissions, and commissioned hardware.
Can the EMS support VPP and utility dispatch programs?
These are configurable integration use cases, not universal out-of-the-box eligibility. Participation requires compatible hardware, telemetry, approved interfaces, operating constraints, and the appropriate utility, aggregator, or market agreements.
What does SGIP PDP reporting include?
The service can cover compatible metering integration, interval-data collection, validation and formatting, submission through the applicable approved workflow, exportable records, and troubleshooting. Confirm current PDP designation and project-specific program requirements before contracting.
LET'S DEFINE YOUR NEXT STEP
Tell Us About Your Energy Project.
We'll Help You Optimize It.
Start with the site, the assets, and your operating priorities. We'll help define the right EMS, BESS, or service scope.
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